U,I,P,Q PF,cos,THD Wh,varh

Transkript

U,I,P,Q PF,cos,THD Wh,varh
Contents
Introduction
3
Energy and Power Quality in Smart Grids
7
ARTIQ 144 - Precise Compact Power Quality Analyser, Class A . . . . . . . . . . . . . . . . . . . . . . . . . . .
7
SMC 133 - Meters, Analysers and Data Loggers for Smart Grid[NEW!] . . . . . . . . . . . . . . . . . . . . . . .
11
Built-in Power Meters
15
SMY 133 - Power Monitor & Data Logger with Color LCD . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
15
PA 144, SMC 144 - Meters, Analysers and Data Loggers for Energy Management . . . . . . . . . . . . . . . . .
19
SML 133 - Multifunctional Panel Meter with Segment LCD . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
23
SMZ 133 - Power Monitor & Data Logger with Extended IO Options . . . . . . . . . . . . . . . . . . . . . . . . .
27
SMC 118 - Analyser and Data Logger for Energy Management [NEW!] . . . . . . . . . . . . . . . . . . . . . . .
31
Display option for DIN rail instruments [NEW!] . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
35
SMK 133 - Multifunctional 3 Phase Meter[COMING SOON] . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
37
SML and SMM - Multifunctional 3-phase Meters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
39
Built-in Instruments Accessories . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
41
Optional Firmware Modules . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
47
Portable Analysers
51
SMY-CA - Robust Waterproof Compact Analyser[NEW!]
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
53
NEMO 332 - Multi-channel Power Quality Analyser . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
57
NEMO 104 - Compact Power Quality Analyser . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
61
NEMO 101 - Single Phase Power Quality Analyser . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
65
Portable Instruments Accessories . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
67
Power Factor Controllers
69
NOVAR 2600 Three Phase PFC, Power Analyser and Data Logger [NEW!] . . . . . . . . . . . . . . . . . . . . .
71
NOVAR 2400 Three Phase PFC and Multimeter [NEW!] . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
73
NOVAR 2200 Advanced Power Factor Controller [NEW!] . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
75
NOVAR 1106/1114 & NOVAR 1206/1214
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
77
NOVAR 1005/1007 & NOVAR 1005D/1007D . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
79
NOVAR 1414 PFC with Three Phase Measurement . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
81
NOVAR 1312 Real-time Power Factor Controller . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
83
KATKA 20, KATKA 80 - Thyristor switching modules . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
85
ENVIS Application for NOVAR PFC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
87
MV/HV application devices
89
AFR 31 - Smart Load to Reduce VT Ferroresonance . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
89
AFR 111 and 131 - Advanced Smart Load to Reduce VT Ferroresonance[NEW!]
91
. . . . . . . . . . . . . . . . .
ENVIS Software Suite: Tools for energy management and power quality evaluation
93
1
2
Introduction
Introduction
Power Quality and Energy Management
communication options and also a high-end threephase controllers with graphical displays and optional
We cover all its needs from a simple low-cost panel data-logging functions.
meter for building management to the high-end power
quality analysers for demanding smart grid applications. We also develop special meters for DC grids
and hybrid AC/DC applications - in distributed generation, data centers, telco, energy storage, transportation etc. The NEMO portable data-loggers are excellent yet affordable tools for temporal power quality and
energy management campaigns.
Special real-time power factor controller NOVAR 1312
supports thyristor switched compensation with KATKA
switches.
ENVIS: Software for Setup and Data Analysis
ENVIS represents a complete solution for local energy
To analyse data in full details all instruments do sup- and power quality management monitoring system. In
port the ENVIS application. Remote communications its simplest use case it helps the user to install and
for integration in other automation systems is also monitor supported instruments. It collects the data automatically and provide detailed insights, trends and
available.
reports. Back-end for data storage is optimized for
speed and compression, but we also support other
Power Factor Correction Relays
open formats for data exchange such as PQDIF, XLS,
NOVAR presents a complete product line of automatic CSV. SQL server database can also be used.
power factor controllers. It is reliable, efficient, fully
automatic, precise and easy to install and maintain.
In our portfolio we offer basic controllers for budgetary
applications, classical controllers with broad range of
Offices
SMV
44
multifunctional
VLL
panel
VLN
33
A
meter
W
Power
Quality
Analyzer
var
Inst.
VA
avg.
PF
(SUB)METERING
Portable PQ analyzer
for temporary monitoring
Ethernet
TCP/IP, Modbus TCP
Remote communication - Ethernet, GPRS, Wireless
max.
k
cos
Warehouse
Offices
(SUB)METERING
SMP
Standard version of ENVIS is provided free of charge
and allows configuration, data acquisition and basic
data processing. Special functionality can be provided via customized plugins.
M
THD
min.
time
I/O Err.
harm
En1p
En3p
A1
PavgE
A2
Hz, a.i.
A1
A2
A3
A4
k
USB
M
A1
ETHERNET
A2
micro
SD
Simon
PQ
B
W
R
Direct ethernet
USB
ETHERNET
ES101 - ethernet to serial converter
Manufactory
Offices
SMPQ
NOVAR
44
IND.
Power
Quality
Analyzer
(SUB)METERING
1114
REGULÁTOR
POWER
JALOVÉHO
FACTOR
KAP.
VÝKONU
CONTROLLER
cos 1
2
3
A
Manual
13
Alarm
4
5
14
V
Export
6
7
12
11
10
9
8
KWZ
STATIC
ENERGY
METER
A1
A2
USB2.0
Local communication
Server with SQL database Offices
(SUB)METERING
and
RS232/485
ENVIS software
ES 101
Ethernet
Ethernet
TCP/IP, Modbus TCP
Remote serial lines
NOVAR
IND.
VÝKONU
CONTROLLER
2
3
A
SD
P
USB
Manual
13
Alarm
KWZ
44
ETHERNET
multifunctional
VLL
panel
VLN
A
meter
Inst.
k
M
min.
KWZ
A1
A2
Hz, a.i.
USB
P
METER
4
5
6
7
12
11
10
9
8
SMP
M
Q 44
Power
Quality
Analyzer
MODEM
max.
time
I/O Err.
En3p
PavgE
ENERGY
RS232/
RS485
avg.
PF
cos
THD
harm
En1p
STATIC
RS232/
RS485
W
var
VA
14
V
Export
M
SMV
converter
KM GPRS modem
remote wireles data acquistition
up to 32 devices with RS485
1114
REGULÁTOR
POWER
JALOVÉHO
FACTOR
KAP.
cos 1
micro
Main Power
Supply
- serial
ETH
LINKRX
TX
STATIC
LINKRX
TX
KWZ
ENERGY
METER
STATIC
KM GPRS
ENERGY
METER
GPRS
101
modem
k
A1
M
A2
micro
SD
USB
3
Introduction
About KMB systems
tive and award winning product - the NOVAR power
factor controller. And it has been living with us since
then. Recently we have innovated and complemented
this PFC product line to follow requirements of different markets in the coming years.
Since 2002 we are progressively expanding to foreign
markets mostly in Europe, Asia and Middle East.
In cooperation with Technical University in Liberec we
also assure advanced research capabilities and innovative approach to our customers. TrafoSTART electronic relay for soft starting single-phase transformers (patent number CZ 296466) and smart ferroresonance load AFR are prime examples of this cooperation.
In 2009 we have introduced a new line of power
quality analysers for three phase voltage networks
which we actively focus on since then. The innovated
class S and class A analysers such as SMC, SMD,
SMY and ARTIQ with high precision of measurement
tested in accordance with the demanding IEC 6155712 standard are the most up-to date products in this
series.
For the year 2014 we have prepared advanced threeOur main goal is to excel in development, manufacturphase power factor controller — the NOVAR 26 with
ing and marketing of advanced electronic devices for
large graphical screen and optional memory and a
precise measurement and effective utilization of elecsimpler NOVAR 24 for budgetary applications. Comtrical power in all its possible applications. History
munication port became an important feature - we
of the company began in 1991 as an association of
now offer instruments with several communication
founders with experience in industrial automation and
port such as native Ethernet, simple Modbus RTU and
electronics. The first significant project for SCE Decin
TCP, web server and many more.
electrical utility led our interests towards remote mon2016 sees our company strong in product portfoitoring of power distribution grids.
In 1992 we have transformed into a small business lio, development capabilities and skilled man power.
(ltd.). Portable data-logger SIMON for LV, MV and HV We focus our R&D in emerging technologies for meadistribution networks is introduced the same year. We suring and controlling of the quality of electrical enhave used the SMD technology already in this product. Quite surprisingly some of these units are still in
active use in 2015. Gradually our portfolio has grown
with panel and din rail mounted meters, ripple control
ergy in smart grids, distributed generation, energy efficiency monitoring and advanced power quality solutions. This year we plan to release significant updates
to portable data-loggers family,
signal monitoring instruments and other devices.
The company is certificated by the quality assurance
In 1999 company has presented a successful innova- system according to the EN ISO 9001:2009 standard.
4
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ARTIQ 144
ARTIQ 144
Advanced Power Quality Analyser for Smart Grids
ARTIQ 144 is an advanced compact power quality monitor for
smart grids, distribution network monitoring, heavy duty industrial automation and larger energy management projects.
Extremely precise power monitor and energy meter in combination with embedded data logger and event recorder makes
it an ideal solution for higher added value projects.
Each ARTIQ can be equipped with optional Ethernet communication interface, USB or up to two RS 485 serial lines.
Configuration and data management is provided with ENVIS
application. In combination with ENVIS.Online service the
archived data can be periodically stored to the SQL database
and automatically processed.
Standards: measures according to EN 61000-4-30 ed. 3
Class A, EN 61000-4-7 ed. 2 class I, EN 61000-4-15 ed. 2.0 F1, reports power quality according to EN 50160
ed3, active energy measures in IEC 62053-22 class 0.2S, reactive in IEC 62053-22 class 2, conforms to IEC
EN 61557-12.
Key features:
• four independent voltage and current inputs continuously sampled at 14,4 kHz/ch.
• precise active and reactive energy, 3 TOU tariffs, three- and single-phase meter readings
• embedded RS-485 interface, optional Ethernet, USB or secondary serial line
• IEC 61557-12: voltage and current in class 0.05, active power class 0.1, reactive class 1
• low consumption and heat dissipation, wide range operating temperature
Optional
Standard
INPUTS
4U, 4I
INPUTS
+/-
MEASUREMENT
U,I,P,Q PF,cos,THD Wh,varh
OUTPUTS
STANDARDS
STANDARDS
ETH
HARMONICS
SAMPLING
SUPPLY
STANDARDS
FLASH
CURRENT INPUT CURRENT INPUT CURRENT INPUT NTP
128 14,4kHz 12V/24V/230V
0.2S IEC 61557-12 EN 50160
2×DIGI 2×PULSE class
IEC 62053-22
BATTERY
MODBUS
RS485
512MB
X/100mA Sxxx
WEBSERVER
Pxxx
STANDARDS
class A
IEC 61000-4-30
7
ARTIQ 144
Technical specifications
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ARTIQ 144
Ordering options
ARTIQ 144 U X/1OOmA E
Instrument model
ARTIQ = Class A instrument series, 4U, 4I, 2DO, 2DI, RS-485
Auxiliary power supply
U = 75 V ÷ 275 VAC, 75 V ÷ 35O VDC
S = 1O V ÷ 26 VAC, 1O V ÷ 36 VDC
L = 2O V ÷ 5O VAC, 2O V ÷ 75 VDC
Current inputs
X/1OOmA = 1OOmA AC (indirect measurement)
Snnn
= with low current output CTs, split-core
Pnnn
= with low current output CTs, through-hole
NOCT
= without current inputs
Optional expanding module
N = without expanding module
U = USB
E = Ethernet interface
Optional firmware modules
PQ A module
PQ A
Enables detailed evaluation of power quality according to the EN 50160 into a separate PQ
Main archive. It includes flicker, voltage and current inter-harmonics, a RCS voltage level
and voltage events - dips, swells and interruptions. Special Modbus registers are activated
so that the supervising SCADA system can continuously monitor the live PQ status.
GO module
Module for detection and precise recording of various waveform distortions. This module
GO
records the so called oscillograms of voltages and currents in extended detail, capacity and
trigger options into the flash memory.
RCS module
The RCS module (ripple control signal or mains voltage) activates an ability to detect, evalu-
RCS
ate, decode and store RCS messages transmitted over the distribution network. It precisely
measures voltage on the selected frequency and stores the extracted information.
MM Module
The Modbus Master module enhances instruments data logging abilities. By using this
module you can configure the instrument to read and store any Modbus registers from any
instruments of any manufacturer connected to it’s RS-485 line.
ES Module
The Ethernet to Serial module makes gateway between Ethernet and serial line (RS-485).
By using this module you can access your RS-485 instruments over Ethernet.
2549
2549
SMC 144
Power Analyzer
ETH
SMC 144
MM
2549
2549
ES
RS485
Power Analyzer
9
ARTIQ 144
Typical connection schema
20V ÷ 75 V DC
24V ÷ 48 V AC
10V ÷ 50 V DC
12V ÷ 24 V AC
X1
X2
O-
O+
R
A1 A2
G
B A
COM1
G B/1 A/2
COM2 / DI
X1
O-
X2
ARTIQ 144
ARTIQ 144
Power Quality Analyzer
Power Quality Analyzer
O+
R
A1 A2
G
B A
COM1
ETH
N
L1
L2
L3
L4
ETH
l1 k1 l2 k2 l3 k3 l4 k4
N
L1
L3
L2
l1 k1 l2 k2 l3 k3 l4 k4
L4
MV/LV
Transformer
L1
L2
L3
Mechanical dimensions
90
99.8
P050
08
2012
30.3
10
10
ARTIQ 1
Power Quality Analyzer
21.5
001
ARTIQ 144
58
45
62
106
60.6
G B/1 A/2
COM2 / DI
SMC 133
SMC 133
Analyser and Data Logger for Smart Grid
SMC 133 is specially designed for remote monitoring of energy consumption and its quality. The DIN rail display-less
design is suitable for a wide spectrum of tasks in substations
and similar high demanding applications. Absence of local
panel controls (display and keyboard) limits possibilities for
hostile user interaction.
This instruments are an ideal source of data for any modern
SCADA system with embedded support for ModBus protocol
and it is also supported by our free ENVIS application. Its
input and output set can be extended with additional IO modules for advanced control functionality.
SMC 133 features large internal memory for data logging of
measured values. Quantities include a multitude of additional
functions such as the storage of minimum, average and maximum values, energy consumption, logs of state
changes and many other. All this information is available for later download by the supervising software.
Key features:
• three independent voltage and current inputs (3p-wye, 3p-delta, 3p-Aron)
• measurement category 300V / CAT IV
• internal 1 hour UPS
• electricity meter supports 3 tariffs, single- and three-phase measurement in four or six quadrants
• basic measurement interval 10/12 periods, 128 samples/period
• standard embedded RS-485 interface, optionally Ethernet, USB
• features can be upgraded via external I/O modules (with ModBus Master fw. module)
Optional
Standard
INPUTS
3U, 3I
+/-
MEASUREMENT
U,I,P,Q PF,cos,THD Wh,varh
CURRENT INPUT CURRENT INPUT USB
X/100mA X/5A
HARMONICS
SAMPLING
FLASH
BATTERY
ETH
WEBSERVER
NTP
RS485
MODBUS
STANDARDS
STANDARDS
SUPPLY
STANDARDS
STANDARDS
50
6,4kHz 512MB
IEC 61557-12
class 1
IEC 62053-21
12V/24V EN 50160
class S
IEC 61000-4-30
11
SMC 133
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SMC 133
Ordering options
SMC 133 S 23O X/1OOmA E
Instrument Model
SMC 133 = Power analyser and datalogger, RS485
Auxiliary Power Supply
S = 1O V ÷ 36 VDC
L = 2O V ÷ 75 VDC
Nominal Measuring Voltage
23O = 23OV/4OOV
1OO = 57,7V/1OOV
Current Inputs
X/1OOmA = 1OOmA AC (indirect measurement with 1OOmA CT)
X/5A
= 5A AC (standard indirect measurement)
Remote Communication Interface
N = without expanding module
U = USB
E = Ethernet interface
Optional firmware modules
PQ S module
Module for evaluation of power quality according to EN 50160 (class S). Enables measure-
PQ S
ment and recording of flicker indices, interharmonics and voltage events. Power quality is
evaluated weekly and stored to special PQ Main archive for future processing.
GO module
Module for detection and precise recording of various waveform distortions. This module
GO
records the so called oscillograms of voltages and currents in extended detail, capacity and
trigger options into the flash memory.
RCS module
The RCS module (ripple control signal or mains voltage) activates an ability to detect, evalu-
RCS
ate, decode and store RCS messages transmitted over the distribution network. It precisely
measures voltage on the selected frequency and stores the extracted information.
MM Module
The Modbus Master module enhances instruments data logging abilities. By using this
module you can configure the instrument to read and store any Modbus registers from any
instruments of any manufacturer connected to it’s RS-485 line.
ES Module
The Ethernet to Serial module makes gateway between Ethernet and serial line (RS-485).
By using this module you can access your RS-485 instruments over Ethernet.
2549
2549
SMC 144
Power Analyzer
ETH
SMC 144
MM
2549
2549
ES
RS485
Power Analyzer
13
SMC 133
Typical connection schema
S: 10V ÷ 26 V DC
10V ÷ 36 V AC
L: 20V ÷ 75 V DC
20V ÷ 50 V AC
X1
X2
O-
O+
R
A1 A2
G
B A
COM1
SMC 133
Power Analyzer
ETH
N
L1
L2
L3
l1 k1 l2 k2 l3 k3
L1
L2
L3
N
PE
Mechanical dimensions
90
X/100mA
08
2012
30.3
14
10
33
Power Analyzer
99.8
21.5
001
SMC 133
58
45
62
106
60.6
SMY 133
SMY 133
Power Monitor and Data Logger
SMY 133 is an advanced 3-phase multimeter and data logger with large color LCD display. Instrument is designed
for monitoring in single- and three-phase MV and HV distribution network stations as well as in regular LV cabinets.
It includes per-phase and three phase active energy meter with separated generation / consumption readings and
reactive energy, measured in all four quadrants.
Typical applications: wide area power quality monitoring in smart grids, live supervision with SCADA, industrial
and commercial automation, sub-metering, energy and
demand side management.
Programmable relays or pulse outputs can control other
equipment based on measured values (fan control, over
voltage/over current etc). S0 digital outputs translates embedded electricity meter energies to pulses.
Key features:
• three-phase active and reactive energy meter (kWh, kvarh, L, C, +, -) measures in 4 quadrants
• energy: active 0.5S acc. IEC 62053-22, reactive class 2 (1) acc. IEC 62053-23
• voltage and current: class 0.2, active power 0.5 according to IEC 61557-12
• programmable pulse or relay outputs (option RR, RI, II), built-in temperature, binary input
• 512 MB of internal memory for data logging and energy recording
• continuous sampling 128 s./period, 6.4 kHz, direct & indirect measurement (with VT and CT)
• local USB, optional remote RS 485 or Ethernet communication
Optional
Standard
INPUTS
3U, 3I
SAMPLING
+/-
MEASUREMENT
U,I,P,Q PF,cos,THD Wh,varh
FLASH
6,4kHz 512MB
USB
STANDARDS
HARMONICS
CURRENT INPUT CURRENT INPUT CURRENT INPUT ETH
WEBSERVER
NTP
STANDARDS
RS485
MODBUS
STANDARDS
STANDARDS
OUTPUTS
OUTPUTS
50
IEC 61557-12 class 0.5S
IEC 62053-22
X/5A X/100mA
333mV
SUPPLY
12V/24V/230V
EN 50160 class S
IEC 61000-4-30
INPUTS
2×RELAY 2×PULSE 1×DIGI
15
SMY 133
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SMY 133
Ordering options
SMY 133 U 23O X/5A RR E
Instrument Model
SMY 133 = Power analyser, datalogger, 3U, 3I
Auxiliary Power Supply
U = 1OO V ÷ 275 VAC, 8O V ÷ 35O VDC
S = 1O V ÷ 26 VAC, 1O V ÷ 36 VDC
L = 2O V ÷ 5O VAC, 2O V ÷ 75 VDC
Nominal Measuring Voltage
23O = 23OV/4OOV
1OO = 57,7V/1OOV
4OO = 4OOV/69OV
Current Inputs
X/5A
= 5A and 1A AC (standard indirect measurement)
X/1OOmA = 1OOmA AC (indirect measurement)
X/333mV = input for sensors with 333mV output
Digital I/O
N = without I/O
RR = 2× relay output + 1× logical input 24V
RI = 1× relay output + 1× pulse output + 1× logical input 24V
II = 2× pulse output + 1× logical input 24V
V = 2× pulse output + 2× logical input 24V (only with option E4)
Communication Interface
N = USB, no remote comm. link
4 = USB, RS-485
E = USB, Ethernet 1OBaseT
E4 = USB, Ethernet, RS-485 (only with option V, 2×OUT 2×IN)
Optional firmware modules
PQ S module
Module for evaluation of power quality according to EN 50160 (class S). Enables measurement and recording of flicker indices, interharmonics and voltage events. Power quality is
evaluated weekly and stored to special PQ Main archive for future processing.
PQ S
GO module
Module for detection and precise recording of various waveform distortions. This module
GO
records the so called oscillograms of voltages and currents in extended detail, capacity and
trigger options into the flash memory.
MM Module
The Modbus Master module enhances instruments data logging abilities. By using this
module you can configure the instrument to read and store any Modbus registers from any
instruments of any manufacturer connected to it’s RS-485 line.
2549
2549
SMC 144
Power Analyzer
MM
2549
2549
ES Module
The Ethernet to Serial module makes gateway between Ethernet and serial line (RS-485).
By using this module you can access your RS-485 instruments over Ethernet.
ETH
SMC 144
ES
RS485
Power Analyzer
RCS module
The RCS module (ripple control signal or mains voltage) activates an ability to detect, evaluate, decode and store RCS messages transmitted over the distribution network. It precisely
measures voltage on the selected frequency and stores the extracted information.
RCS
17
SMY 133
Typical connection schema
333 mV CURRENT SIGNAL INPUTS
20V ÷ 75 V DC
24V ÷ 48 V AC
SP SI1 SG
k
MV/LV
Transformer
l
k
L2
L3
L1
l
k
SP SI3 SG
SMY 133 U 400 X/5A N 4
SMY 133 U 400 X/5A N 4
L1
SP SI2 SG
L2
l
L3
N
PE
Mechanical dimensions
96
18
multifunctional panel meter
92
96
SMY 133
59
PA 144, SMC 144
PA 144, SMC 144
Meters, Analysers and Data Loggers
for Energy Management Systems
PA 144 and SMC 144 is specially designed for remote
monitoring of energy consumption and its quality. The DIN
rail display-less design with multiple communication options is suitable for a wide spectrum of automation tasks
in modern buildings, remote supervision of the infrastructure and also remote load management. Absence of local
panel controls (display and keyboard) limits possibilities
for hostile user interaction.
This instruments are an ideal and cost-optimized source
of data for any modern SCADA system with embedded
support for ModBus protocol and it is also supported by
our free ENVIS application. Its input and output set can be
extended with additional IO modules for advanced control
functionality.
PA 144 is sensor for measuring of actual values, SMC 144
furthermore features large internal memory for data logging of measured values.
Key features:
• four independent voltage and current inputs (4x1p, 3p-wye, 3p-delta)
• electricity meter supports 3 tariffs, single- and three-phase measurement in four or six quadrants
• basic measurement interval 10/12 periods, 128 samples/period
• optional bus for external modules or 2 digital inputs
• features can be upgraded via external I/O modules (with ModBus Master fw. module)
Optional
Standard
INPUTS
4U, 4I
SAMPLING
U,I,P,Q PF,cos,THD Wh,varh
FLASH
6,4kHz 512MB
STANDARDS
class 1
IEC 62053-21
+/-
MEASUREMENT
RS485
MODBUS
HARMONICS
50
STANDARDS
IEC 61557-12
CURRENT INPUT CURRENT INPUT CURRENT INPUT ETH
X/100mA Sxxx
USB
OUTPUTS
M-BUS
OUTPUTS
WEBSERVER
NTP
STANDARDS
STANDARDS
Pxxx
SUPPLY
12V/24V/230V EN 50160
class S
IEC 61000-4-30
INPUTS
1×RELAY 1×PULSE 2×DIGI
19
PA 144, SMC 144
Technical specification
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PA 144, SMC 144
Ordering options
SMC 144 U X/1OOmA R B E
Instrument model
PA = power sensor & network monitor, RS485
SMC = network analyser & datalogger, RS485
Measuring inputs
144 = 4 voltage + 4 current inputs
Auxiliary power supply
U = 75 V ÷ 51O VAC, 8O V ÷ 35O VDC
S = 1O V ÷ 26 VAC, 1O V ÷ 36 VDC
L = 2O V ÷ 5O VAC, 2O V ÷ 75 VDC
Current inputs
X/1OOmA = 1OOmA AC (indirect measurement)
Snnn
= with low current output CTs, split-core
Pnnn
= with low current output CTs, through-hole
Optional digital output
N = without output
R = relay output
I = pulse output
Optional peripheral
N = without optional peripheral
B = bus for connection of external modules
D = two digital inputs
M = M-Bus interface (not combinable with option E, W)
Optional expanding module
N = without expanding module
U = USB
E = Ethernet interface (not combinable with option M)
W = USB, WiFi (not combinable with option M)
Optional firmware modules
PQ S module
Module for evaluation of power quality according to EN 50160 (class S). Enables measurement and recording of flicker indices, interharmonics and voltage events. Power quality is
evaluated weekly and stored to special PQ Main archive for future processing.
PQ S
GO module
GO
Module for detection and precise recording of various waveform distortions. This module
records the so called oscillograms of voltages and currents in extended detail, capacity and
trigger options into the flash memory.
MM Module
The Modbus Master module enhances instruments data logging abilities. By using this
module you can configure the instrument to read and store any Modbus registers from any
instruments of any manufacturer connected to it’s RS-485 line.
ES Module
The Ethernet to Serial module makes gateway between Ethernet and serial line (RS-485).
By using this module you can access your RS-485 instruments over Ethernet.
2549
2549
SMC 144
Power Analyzer
ETH
SMC 144
MM
2549
2549
ES
RS485
Power Analyzer
RCS module
The RCS module (ripple control signal or mains voltage) activates an ability to detect, evaluate, decode and store RCS messages transmitted over the distribution network. It precisely
measures voltage on the selected frequency and stores the extracted information.
RCS
21
PA 144, SMC 144
Typical connection schema
L
N
X1
X2
O-
O+
R
A1 A2
G
B A
COM1
G B/1 A/2
COM2 / DI
X1
X2
PA 144
SMC 144
Power Analyzer
Power Analyzer
O-
O+
R
A1 A2
G
B A
COM1
G B/1 A/2
COM2 / DI
Electricity billing meter
ETH
N
L1
L2
L3
ETH
l1 k1 l2 k2 l3 k3 l4 k4
L4
N
L1
L2
L3
l1 k1 l2 k2 l3 k3 l4 k4
L4
JP
3W
JP
3W
JP
3W
L1
100/5A
L3
100/5A
N
PE
ModBus Master firmware option
MODBUS RTU
3rd party
Modbus
Device
X1
X2
O-
O+
R
A1 A2
G
B A
COM1
3rd party
Modbus
Device
G B/1 A/2
COM2 / DI
X1
X2
O-
O+
L2
L3
L4
R
A1 A2
G
B A
COM1
G B/1 A/2
COM2 / DI
PA 144
Power Analyzer
N
L1
l1 k1 l2 k2 l3 k3 l4 k4
SMC 144
Power Analyzer
ETH
N
L1
L2
L3
L4
l1 k1 l2 k2 l3 k3 l4 k4
ETHERNET
SMC 144 as concentrator
Mechanical dimensions
106
60.6
90
P050
08
2012
30.3
22
10
45
62
Power Analyzer
99.8
21.5
001
SMC 144
58
LOAD
100/5A
L2
SML 133
SML 133
Multifunctional Panel Meter
SML 133 is a basic 3-phase multimeter with large bright
segment LCD display. Instrument is designed for load
or generation monitoring in single-phase and three-phase
low, medium and high voltage networks. Measurement of
actual temperature within a control panel is also supported
with an in-built temperature sensor.
Optional relay or impulse outputs can be programmed to
control other equipment based on measured values (fan
control, over voltage/over current etc). Impulse outputs
can also work as an S0 pulse output for the embedded
electricity meter. Optional communication interface allows it to be simply configured and managed via ENVIS
application from a remote PC. In combination with ENVIS.Online service its actual values can be also periodically downloaded and stored to the SQL database for further processing.
Typical applications: replacement of analog instrument, energy management, sub-metering, remote online
energy and power monitoring, industrial automation.
Key features:
• measuring multimeter of actual network data
• three-phase energy meter (kWh, kvarh, +,-) measures in 4 or 6 quadrants
• single-phase, three-phase or Aron connection, direct & indirect measurement (with VT and CT)
• voltage and current: class 0.2 / 0.2 according to 61557-12
• energy: active 0.5, reactive class 2 according to 61557-12, 62053-22 resp. -23
• built-in PT100 temperature sensor, binary input
Standard
INPUTS
3U, 3I
HARMONICS
50
Optional
+/-
MEASUREMENT
U,I,P,Q PF,cos,THD Wh,varh
SAMPLING
6,4kHz
STANDARDS
IEC 61557-12
STANDARDS
class 0.5S
IEC 62053-22
CURRENT INPUT CURRENT INPUT CURRENT INPUT SUPPLY
X/5A X/100mA
ETH
WEBSERVER
333mV 12V/24V/230V
OUTPUTS
OUTPUTS
RS485
MODBUS
INPUTS
2×RELAY 2×PULSE 1×DIGI
23
SML 133
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SML 133
Ordering options
SML 133 U 23O X/5A RR E
Instrument Model
SML 133 = Three-phase multimeter, 3U, 3I
Auxiliary Power Supply
U = 9O V ÷ 275 VAC, 8O V ÷ 35O VDC
S = 1O V ÷ 26 VAC, 1O V ÷ 36 VDC
L = 2O V ÷ 5O VAC, 2O V ÷ 75 VDC
Nominal Measuring Voltage
23O = 23OV/4OOV
1OO = 57,7V/1OOV
4OO = 4OOV/69OV
Current Inputs
X/5A
= 5A and 1A AC (standard indirect measurement)
X/1OOmA = 1OOmA AC (indirect measurement)
333mV
= input for sensors with 333mV output
Digital I/O
N = without I/O
RR = 2× relay output + 1× logical input 24V
RI = 1× relay output + 1× pulse output + 1× logical input 24V
II = 2× pulse output + 1× logical input 24V
Remote Communication Interface
N = no remote comm. link
M = M-Bus interface
4 = RS-485
E = Ethernet 1OBaseT
Webserver
25
SML 133
Typical connection schema
20V ÷ 75 V DC
24V ÷ 48 V AC
SML 133 U 400 X/5A N 4
k
L1
MV/LV
Transformer
l
k
L2
k
l
k
l
k
L3
SML 133 U 400 X/5A N 4
k
l
L1
l
l
L2
L3
N
PE
Mechanical dimensions
96
multifunctional panel meter
96
92
SML 133
59
P
26
M
SMZ 133
SMZ 133
Power monitor and data logger
SMZ 133 3-phase panel meter with large LCD display. Instrument is designed for load or generation monitoring in
single-phase and three-phase LV, MV, HV networks.
Various outputs can be programmed to control other
equipment based on input values and the actual measurements. Data naturally flow to any SCADA system. In combination with ENVIS Daq or .Online historical data can be
also archived into a SQL database for further analysis.
Typical applications: remote online monitoring and control in industrial automation and smart buildings, energy
management, sub-metering, demand side management
(DSM), programmable logic or pulse counters
Key features:
• advanced power meter with programmable inputs and outputs, energy meter, data logger
• precise evaluation of 3 voltage and current inputs, 128 s./period, continuous ~6.4kHz sampling
• complete three-phase energy meter (kWh, kvarh), supports rates and TOU (time of use meter)
• Inputs - 1x 250 V DI, 4x 24V DI, 2x 10 V or 0÷20 mA AI, 1x Pt100
• Outputs - 4x 250 V relay DO, 4x 24 V SSR DO, 2x 0÷20 mA AO
• multiple simultaneous communication ports - local USB, remote 1-2x RS-485 or Ethernet
Standard
INPUTS
3U, 3I
Optional
+/-
MEASUREMENT
U,I,P,Q PF,cos,THD Wh,varh
SAMPLING
FLASH
USB
OUTPUTS
OUTPUTS
INPUTS
6,4kHz 512MB
4×RELAY 4×PULSE 5×DIGI
STANDARDS
HARMONICS
CURRENT INPUT CURRENT INPUT ETH
STANDARDS
RS485
MODBUS
OUTPUTS
INPUTS
50
IEC 61557-12 class 0.5S
IEC 62053-22
X/5A X/100mA
SUPPLY
WEBSERVER
12V/24V/230V
NTP
STANDARDS
STANDARDS
EN 50160 class S
IEC 61000-4-30
INPUTS
2×4÷20mA 2×4÷20mA Pt100
27
SMZ 133
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SMZ 133
Ordering options
SMZ 133 H 4OO X/5A R I A ET
Instrument Model
SMZ 133 = Power analyser with internal memory
Auxiliary Power Supply
H = 75 V ÷ 5OO VAC, 9O V ÷ 6OO VDC
S = 1O V ÷ 26 VAC, 1O V ÷ 36 VDC
L = 2O V ÷ 5O VAC, 2O V ÷ 75 VDC
Nominal Measuring Voltage
4OO = 4OOV/69OV
23O = 23OV/4OOV
1OO = 57,7V/1OOV
Current Inputs
X/5A = 5A AC and 1A AC (standard indirect measurement)
X/1OOmA = 1OOmA AC (indirect measurement)
Digital I/O 1
R = 4× relay output + 1× logical input 1OO ÷ 23OVAC
Digital I/O 2
I = 4× pulse output + 4× logical input 24V
Analog I/O
N = No analog I/O
A = 2× analog output O/4÷2OmA + 2× analog input O/4÷2OmA + 12VDC aux. supply
Communication Interface and External Thermometer Input
N = USB, without remote communication and thermometer input
4T = USB, RS-485, input for Pt1OO thermometer
ET = USB, Ethernet 1OBaseT, input for Pt1OO thermometer
44 = USB, RS-485, RS-485
E4 = USB, Ethernet 1OBaseT, RS-485
Optional firmware modules
PQ S module
Module for evaluation of power quality according to EN 50160 (class S). Enables measurement and recording of flicker indices, interharmonics and voltage events. Power quality is
evaluated weekly and stored to special PQ Main archive for future processing.
PQ S
GO module
Module for detection and precise recording of various waveform distortions. This module
GO
records the so called oscillograms of voltages and currents in extended detail, capacity and
trigger options into the flash memory.
RCS module
The RCS module (ripple control signal or mains voltage) activates an ability to detect, evaluate, decode and store RCS messages transmitted over the distribution network. It precisely
RCS
measures voltage on the selected frequency and stores the extracted information.
MM Module
The Modbus Master module enhances instruments data logging abilities. By using this
module you can configure the instrument to read and store any Modbus registers from any
instruments of any manufacturer connected to it’s RS-485 line.
ES Module
The Ethernet to Serial module makes gateway between Ethernet and serial line (RS-485).
By using this module you can access your RS-485 instruments over Ethernet.
2549
2549
SMC 144
Power Analyzer
ETH
SMC 144
MM
2549
2549
ES
RS485
Power Analyzer
29
SMZ 133
Typical connection schema
k
L1
MV/LV
Transformer
l
k
L2
k
L3
k
l
k
l
k
l
L1
l
l
L2
L3
N
PE
Mechanical dimensions
144
30
MULTIFUNCTIONAL PANEL METER
136
144
SMZ 133
59
SMC 118
SMC 118
Analyser and Data Logger
for Energy Management Systems
SMC 118 is designed for remote or standalone supervision of
single phase loads and sources such as offices, households
but also DC converters and chargers, photovoltaic systems
etc. It supports measurement of 1 voltage and up to 8 AC
or DC (X/4V) currents/powers. It is developed with fast and
simple installation on din rail in mind. With split core current
sensors the installation can be performed without necessary
system decommissioning. Broad range of communication interfaces and protocols allows simple integration into the supervisor systems. Display less design minimizes the attention
in places with general public access.
In complex energy management and automation systems the
instrument can be well accompanied by other components
like SMC 144 and PA 144.
Key features:
• 1 voltage and up to 8 current inputs (8×1 line)
• AC and/or DC measurement of current and voltage
• fully programmable digital output (relay or impulse)
• standard embedded RS-485 interface, optionally Ethernet, USB
• optional second BUS for external modules or 2 additional digital inputs
• features can be upgraded via external I/O modules (with ModBus Master fw. module)
Standard
INPUTS
1U, 8I
SAMPLING
Optional
U,I,P,Q PF,cos,THD Wh,varh
FLASH
6,4kHz 512MB
STANDARDS
class 0.5S
IEC 62053-22
+/-
MEASUREMENT
RS485
MODBUS
HARMONICS
ETH
STANDARDS
SUPPLY
50
IEC 61557-12
WEBSERVER
12V/24V/230V
OUTPUTS
OUTPUTS
NTP
USB
M-BUS
CURRENT INPUT CURRENT INPUT MEASUREMENT
4V
±
X/100mA AC/DC
INPUTS
1×RELAY 1×PULSE 2×DIGI
31
SMC 118
Technical specification
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SMC 118
Ordering options
SMC 118 U X/4V R N E
Instrument model
SMC = Power analyser and datalogger, RS-485
PA = Power meter and sensor, RS-485
Measuring inputs
112 = 1 voltage + 2 current inputs
114 = 1 voltage + 4 current inputs
118 = 1 voltage + 8 current inputs
Auxiliary power supply
U = 75 V ÷ 275 VAC, 75 V ÷ 35O VDC
S = 1O V ÷ 26 VAC, 1O V ÷ 36 VDC
L = 2O V ÷ 5O VAC, 2O V ÷ 75 VDC
Current inputs
X/1OOmA = 1OOmA AC (indirect measurement)
X/4V = input for sensors with ±4V output (AC and DC currents)
Snnn
= with low current output CTs, split-core
Pnnn
= with low current output CTs, through-hole
Optional digital output
N = without output
R = relay output
I = pulse output
Optional peripheral
N = without optional peripheral
B = bus for connection of external modules
D = two digital inputs
Optional expanding module
N = without expanding module
U = USB
E = Ethernet interface (not combinable with option M)
W = USB, WiFi
Optional firmware modules
GO module
Module for detection and precise recording of various waveform distortions. This module
records the so called oscillograms of voltages and currents in extended detail, capacity and
trigger options into the flash memory.
MM Module
The Modbus Master module enhances instruments data logging abilities. By using this
module you can configure the instrument to read and store any Modbus registers from any
instruments of any manufacturer connected to it’s RS-485 line.
ES Module
The Ethernet to Serial module makes gateway between Ethernet and serial line (RS-485).
By using this module you can access your RS-485 instruments over Ethernet.
GO
2549
2549
SMC 144
Power Analyzer
ETH
SMC 144
MM
2549
2549
ES
RS485
Power Analyzer
33
SMC 118
Typical connection schema
L
N
X/4V
Option S:
12 ÷ 24VAC
9 ÷ 36VDC
Option L:
24 ÷ 48VAC
20 ÷ 75VDC
Option U:
85÷510VAC
80÷350VDC
O- DO O+
R
X1 L X2
A1 A2 G B- A+ G2 B- A+
O- DO O+
R
A1 A2 G B- A+ G2 B- A+
X1 L X2
SMC 112
SMC 118
R
A1 A2 G B- A+ G2 B- A+
C
I1 I2
SMC 114
Power Analyzer
Power Analyzer
O- DO O+
USB
X1 S X2
X/4V
Power Analyzer
ETH
N
L
C
I1 I2
I3
I4
I5
I6
I7
N
I8
L
+15 -15
C
N
I1 I2
L
I3 I4
EXT. PSU
+15V -15V
±4V CT
N
S2
S2
JSxxHS-xxx
JSxxHS-xxx
L
±4V CT
S1
S1
JSxxHS-xxx
JSxxHS-xxx
S1
S2
JSxxHS-xxx
S1
S2
JSxxHS-xxx
S2
S1
S1
S2
S1
S2
S2
S1
Mechanical dimensions
001
Power Analyzer
90
X/4V
99.8
21.5
03
2014
30.3
34
10
SMC 118
SMC 118
58
45
62
106
60.6
Display option for DIN rail instruments
Display
Option for DIN rail analysers
All models of our new generation of DIN-rail analysers
be optionally equipped with display. Nearly 2” color LCD
play with high resolution provides all typical screens. It
show live values such as voltages, currents or powers, it
can
discan
can
display waveforms of voltage and current and its phasor diagram. Displaying of active and reactive energy counter is matter of course. Display is accompanied by two buttons for basic
configuration and switching of the screens, but screen autoscroll is also option, where screen changes automatically in
loop. Supported devices include ARTIQ 144, SMC 133, PA
and SMC 144 and also PA and SMC 118.
Key features:
• local overview of measured values
• basic local configuration of the instrument
• overview of configured parameters
• faster debugging of connection problems
35
Display option for DIN rail instruments
Ordering options
ARTIQ 144D U X/1OOmA E
Instrument model
ARTIQ = Class A instrument series, 4U, 4I, 2DO, 2DI, RS-485, LCD
Auxiliary power supply
U = 75 V ÷ 275 VAC, 75 V ÷ 35O VDC
S = 1O V ÷ 26 VAC, 1O V ÷ 36 VDC
L = 2O V ÷ 5O VAC, 2O V ÷ 75 VDC
Current inputs
SMC 133D S 23O X/1OOmA E
Instrument Model
SMC 133 = Power analyser and datalogger, RS485, LCD
Auxiliary Power Supply
S = 1O V ÷ 36 VDC
L = 2O V ÷ 75 VDC
Nominal Measuring Voltage
23O = 23OV/4OOV
1OO = 57,7V/1OOV
SMC 144D U X/1OOmA R B E
Instrument model
PA = power sensor & network monitor, LCD
SMC = network analyser & datalogger, LCD
Measuring inputs
144 = 4 voltage + 4 current inputs
Auxiliary power supply
U = 75 V ÷ 51O VAC, 8O V ÷ 35O VDC
SMC 118D U X/4V R N E
Instrument model
SMC = Power analyser and datalogger, RS-485, LCD
PA = Power meter and sensor, RS-485, LCD
Measuring inputs
112 = 1 voltage + 2 current inputs
114 = 1 voltage + 4 current inputs
118 = 1 voltage + 8 current inputs
Auxiliary power supply
36
SMK 133
SMK 133
Multifunctional 3-phase Panel Meter
This instrument is simple 3-phase multimeter designed to
measure and monitor line/phase voltages, currents, powers, energies, power factors, harmonics in single-phase
and three-phase LV, MV and HV power systems. Measurement of temperatures within a control panel is also
supported with an built-in temperature sensor. Optional
communication interface allows it to be simply configured
and managed via remote PC.
Typical applications: analog instrument replacement,
online monitoring
Key features:
• basic measuring instruments for actual data
• 1-, 2-, 3-phase or Aron connection
• supports direct & indirect voltage connection
• optional RS 485 communication
Standard
INPUTS
Optional
+/-
MEASUREMENT
3U, 3I
HARMONICS
50
U,I,P,Q PF,cos,THD Wh,varh
STANDARDS
class 0.5S
IEC 62053-22
CURRENT INPUT CURRENT INPUT OUTPUTS
X/5A X/100mA 1×RELAY
RS485
MODBUS
Typical connection schema
PE
N
L3 L2 L1
l
k
l
PE
k
k
l
N
L3
O1 O2 O2
AV1 AV2
I1k
N
I1l
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L2
L3
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L1
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I1
N
L1
I2
L2
L3
I3
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37
SMK 133
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Instrument Model
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Measuring Inputs
133 = three-phase multimeter
Power Supply
N = supply from 1. phase
U = 85 V ÷ 275 VAC, 8O V ÷ 35O VDC
S = 1O V ÷ 36 VAC, 1O V ÷ 36 VDC
Nominal Measuring Voltage
23O = 23OV/4OOV
1OO = 57,7V/1OOV
4OO = 4OOV/69OV
Current Inputs
X/5A
= 5A AC (standard indirect measurement with 5A CT)
X/1A
= 1A AC (standard indirect measurement with 1A CT)
X/1OOmA = 1OOmA AC (indirect measurement with 1OOmA CT)
H2OA
= direct measurement up to 2OA, through-hole connection
Digital Output
N = without output
R = 1× relay output
I = 1× pulse output
Remote Communication Interface
N = no remote comm. link
4 = RS-485
Mechanical dimensions
96
110
38
A1
L1
A2
L2
Re
L3
3phase multimeter
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PF
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En
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SMK 133
SML and SMM Instruments
SML and SMM
Multifunctional Panel Meters
These instruments are simple 3-phase multimeters which are
designed to measure and monitor line/phase voltages, currents, active and reactive power, power factors, THD and frequency in three-phase LV, MV, HV power systems. Optional
communication interface allows it to be simply configured and
managed via ENVIS from a remote PC.
Typical applications: analog instrument replacement, remote online monitoring, industrial automation
Key features:
• basic measuring instruments for actual data
• 1-, 2-, 3-phase or Aron connection
• supports direct & indirect voltage connection
• optional RS 485 communication
Optional
Standard
INPUTS
3U, 3I
CURRENT INPUT SUPPLY
MEASUREMENT
U,I,P,Q PF,cos,THD
X/5A
12V/24V/230V
RS485
MODBUS
Typical connection schema
AUX. V.
SML 33/232 485
N
VOLTAGE
L1 L2 L3
CURRENT
I1K I1L I2K I2L I3K I3L
k
l
k
L1
l
k
l
L2
L3
k
l
k
l
k
l
N
PE
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SML and SMM Instruments
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SML 33 U 23O X/5A 4
Instrument model
SML 33 = 3×V + 3×I, panel
SMM 33 = 3×V + 3×I, DIN 35
Auxiliary voltage range
U = 75 ÷ 275 VAC, 75 ÷ 35O VDC
24 = 18 ÷ 36 VDC, 24 VAC
48 = 36 ÷ 72 VDC, 48 VAC
Nominal measuring voltage
23O = 23O/4OOV
4OO = 4OO/69OV
1OO = 57,7/1OOV
Measuring current input type
X/5A = 5A AC (standard indirect measurement)
X/1A = 1A AC (standard indirect measurement)
Remote comm. interface
N = no remote comm. link
4 = RS-485
Mechanical dimensions
40
90
85
5
58
21.5
10
45
62
59
92
96
96
Optional Accessories
Built-in instruments accessories
Option X/5A
Instruments with this option features standard 5A AC current input for normal current transformers. Current
transformers with 5A or 1A AC nominall secondary current can be used.
Supported instruments: SMC 133, SMY 133, SML 133, SMZ 133, SMK 133
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Optional Accessories
Option X/100mA
Instruments with this option features 100mA AC current input for special current transformers. This option
provides higher survivability during over-current compared to standard 5A AC inputs.
Supported instruments: SMC 133, SMC 144, PA 144, SMY 133, SML 133, ARTIQ
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Option X/333mV
Instruments with this option features 333mV AC input for measuring current using special current transformers. This special input supports various flexible rogowski coil current transformers as well as other kind of
transformers with 333mV AC output such as split-core CTs or clamps.
Supported instruments: SMY 133, SML 133
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Optional Accessories
Option Sxxx
Instrument with this option is delivered with 3/4 (depends on current inputs) split-core current transformers.
Instrument is calibrated to current range specified in order. Provides robust solution for tougher environments.
Because of split-core construction, instrument can be easily retrofitted into most of existing installations.
Supported instruments: SMC 144, PA 144, ARTIQ
44
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Option Pxxx
Instrument with this option is delivered with 3/4 (depends on current inputs) through-hole current transformers.
Instrument is calibrated to current range specified in order. Provides very good accuracy and is aimed for
less demanding environments. Option P005 is specially fine-tuned for measuring on secondary side of X/5A
current transformers.
Supported instruments: SMC 144, PA 144, ARTIQ
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Optional Accessories
Option X/4V
Instruments with this option features ±4V input for measuring mainly DC currents. This special input supports
any kind of sensors with this output, which is mostly Hall sensors.
Supported instruments: SMC 112, SMC 114, SMC 118
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Power Analyzer
Power supply
SMC 118
~xxxV/±15V
Power Analyzer
ETH
GND -15V +15V
N
L
+15 -15
C
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I3
I4
I5
I6
I7
I8
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L
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L1
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N
46
N
N
L8
L7
L6
L5
L4
L3
L2
L1
N
Optional FW Modules
Optional Firmware Modules
PQ S
PQ S, PQ A Module (Power Quality Class S, Power Quality Class A)
Module for evaluation of power quality according to EN 50160. Enables measurement and recording of flicker
indices, interharmonics and voltage events. Power quality is evaluated weekly and stored to special PQ Main
archive for future processing. Separate archive for logging of voltage event (sag, swell, dip) parameters is
created. Instruments with this module installed becomes class S, respectively class A power quality analysers
according to IEC 61000-40-30.
Supported Instruments
PQ S: SMC 133, SMC 144, SMY 133, SMZ 133
PQ A: ARTIQ 144
47
Optional FW Modules
GO
GO Module (General Oscillograms)
Module for detection and precise recording of various waveform distortions. This module records the so called
oscillograms (raw samples) of voltages and currents in extended detail, capacity and trigger options into the
flash memory. Stored data can be processed in ENVIS or exported to .xls or .csv files for processing in any
3rd party app. ENVIS not only allow to calculate RMS value of voltage and current but also harmonics, THDs
and some other. Aggregation of calculated data can be configured from as low as 1 period.
Supported Instruments
ARTIQ 144, SMC 133, SMC 144, SMY 133, SMZ 133, NEMO 104, NEMO 332, SMY-CA
48
Optional FW Modules
2549
2549
SMC 144
Power Analyzer
MM Module (ModBus Master)
MM
2549
2549
ModBus Master module enhances instruments data logging abilities. By using this module you can configure
the instrument to read any ModBus registers from any instruments of any manufacturer connected to it’s RS485 line. Downloaded values are stored into it’s memory including a timestamp. ModBus archive created from
stored values can then be downloaded into file or SQL database using ENVIS.Daq or ENVIS.Online. ENVIS
allows than to do the evaluation, create graphs, tables etc. from these values. Collected values are not limited
to electrical only. It’s also possible to collect data from water-meters, gas-meters, HVAC and any other devices
with ModBus.
MODBUS RTU
X1
ETHERNET
X2
O-
O+
L3
L4
R
A1 A2
G
B A
COM1
G B/1 A/2
COM2 / DI
SMC 144
Power Analyzer
ELEVATORS
ETH
N
L1
L2
l1 k1 l2 k2 l3 k3 l4 k4
X1
X2
O-
O+
L2
L3
L4
R
A1 A2
G
B A
COM1
G B/1 A/2
COM2 / DI
PA 144
Power Analyzer
MODBUS MASTER
DATA SERVER
N
X1
X2
O-
O+
L2
L3
L4
R
A1 A2
G
B A
COM1
L1
l1 k1 l2 k2 l3 k3 l4 k4
G B/1 A/2
COM2 / DI
PA 144
Power Analyzer
N
L1
l1 k1 l2 k2 l3 k3 l4 k4
OFFICES
X1
X2
O-
O+
L2
L3
L4
R
A1 A2
G
B A
COM1
G B/1 A/2
COM2 / DI
PA 144
Power Analyzer
N
L1
l1 k1 l2 k2 l3 k3 l4 k4
OFFICES
X1
X2
O-
O+
L2
L3
L4
R
A1 A2
G
B A
COM1
G B/1 A/2
COM2 / DI
PA 144
Power Analyzer
N
L1
l1 k1 l2 k2 l3 k3 l4 k4
PFC
26xx
THREE PHASE
POWER FACTOR CONTROLLER
OFFICES
GAS
HEAT
WATER
Supported Instruments
ARTIQ 144, SMC 133, SMC 144, SMZ 133
49
Optional FW Modules
ETH
SMC 144
ES
RS485
Power Analyzer
ES Module (Ethernet to Serial)
Ethernet to Serial module enables gateway functionality of the instrument. By using this module you can
connect any RS-485 instrument to Ethernet. Instrument simply transmits all incoming data from Ethernet
to RS-485 and all replies are transmitted back. Data from RS-485 devices can be acquired using ENVIS
application or any Modbus enabled SCADA system. When Modbus protocol is used, instrument can convert
optionally Modbus TCP to Modbus RTU.
RS-485
SMY 133
multifunctional panel meter
MODBUS RTU
3rd party
Modbus
Device
ETHERNET
SMY 133 as gateway
Supported Instruments
ARTIQ 144, SMC 133, SMC 144, SMY 133, SMZ 133
50
3rd party
Modbus
Device
X1
X2
O-
O+
L2
L3
L4
R
A1 A2
G
B A
COM1
G B/1 A/2
COM2 / DI
PA 144
Power Analyzer
N
L1
l1 k1 l2 k2 l3 k3 l4 k4
Portable Analysers
Portable Analysers
a with
Communication
IEC 61000-4-30
EN 50160
Mesurement
512
�
USB, WiFi, RS-485
S
�
4×U, 32×I
Dimensions
Meter
NEMO 332
Memory [MB]
Comparison table of portable instruments
250 x 210 x 70 mm
a
NEMO 104
512
�
USB, WiFi
S
�
4×U, 4×I (24×I )
138 x 53 x 78 mm
NEMO 101
512
�
USB, WiFi
S
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2×U, 2×I
138 x 53 x 78 mm
SMY-CA
512
�
USB, Ethernet
S
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3×U, 3×I
210 x 166 x 90 mm
SPQ-IMPX6 multiplexer.
NEMO products represent main line of portable power quality analysers and network monitors for unattended measuring and recording campaigns of energy consumption. Voltage, current, power factor, frequency,
flicker, harmonics and interharmonics and other parameters of the distribution network or local installation are
recorded and analysed. SMY-CA and NEMO instruments can also record disturbances, spot and record voltage events and analyse the overall power quality in the point of measurement. Large internal memory and
flexible record option configuration allows users to perform long measurements in field.
51
Overview of Portable Analysers
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52
SMY-CA
SMY-CA
Robust Waterproof Compact Analyser
Analyser of electric network parameters SMY-CA is a measuring and data logging instrument for single- and
three phase low voltage (up to 230/400V) distribution networks in substations, switchgear boxes, cubicles or
directly at the consumers premises such as smart buildings, hospitals, industrial infrastructures etc.
Core of the instrument is a modified SMY 133 analyser. Its features and functions closely corresponds to IP65
mini case version -CA.
With PQ S firmware module instrument becomes a fully featured power quality analysers with support for flicker
indices (Pst, Plt), record of voltage events and weekly power quality evaluations according to EN 50160.
Standard
INPUTS
3U, 3I
FLASH
Optional
+/-
MEASUREMENT
U,I,P,Q PF,cos,THD Wh,varh
STANDARDS
512MB IEC 61557-12
USB
ETH
HARMONICS
SAMPLING
WEBSERVER
NTP
50
CURRENT INPUT
6,4kHz 333mV
STANDARDS
EN 50160
STANDARDS
class S
IEC 61000-4-30
53
SMY-CA
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Current sensors
Instruments with this option features 333mV AC input for measuring current using special current transformers. This special input supports various flexible rogowski coil current transformers as well as other kind of
transformers with 333mV AC output such as split-core CTs or clamps.
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JRF-MOI
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80
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B
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40
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Optional firmware modules
PQ S module
Module for evaluation of power quality according to EN 50160 (class S). Enables measurement and recording of flicker indices, interharmonics and voltage events. Power quality is
evaluated weekly and stored to special PQ Main archive for future processing.
PQ S
GO module
Module for detection and precise recording of various waveform distortions. This module
records the so called oscillograms of voltages and currents in extended detail, capacity and
trigger options into the flash memory.
RCS module
The RCS module (ripple control signal or mains voltage) activates an ability to detect, evaluate, decode and store RCS messages transmitted over the distribution network. It precisely
measures voltage on the selected frequency and stores the extracted information.
GO
RCS
55
NEMO 332
Typical connection schema
230/400 V AC
50 / 60 Hz
L1
L2
L3
N
PE
SMY 133
I3
VOLTAGE
3×230/400V
I1
I2
166
56
ETHERNET
CURRENT
90
209
multifunctional panel meter
NEMO 332
NEMO 332
Multi-channel Power Quality Analyser
NEMO 332 is a portable multifunctional power analyser
with data logger functions. It is suitable for measurement in all types of power distribution networks (LV,
HV measured via voltage transformer). Its large internal memory can store months of measured power
parameters. Disturbance data such as transients, voltage events, ripple control signals and other variations,
system log, electricity meter reading + load profiles and
other interesting information is also recorded.
It can measure up to 8 different feeders (32 currents
and powers, 4 common voltages) and thus it is suitable for monitoring campaigns where several separated loads should be measured concurrently. ENVIS
application is used for analysis and report generation
of the recorded data.
Typical use: power quality troubleshooting, load monitoring, substation data logger, energy efficiency, portable analyser.
Key features:
• 4 voltage inputs, up to 8×4 current inputs to connect SPQ-I current probe (32 currents)
• class S power monitoring according to the international standard IEC 61000-4-30, ed. 2.
• power quality evaluation according to EN 50160
• power supply - external voltage 100 ÷ 400VAC , through USB interface
• built-in lithium accumulator to cover power outages
• internal memory for archives with capacity of 512 MB
• USB interface and optional WiFi and RS-485 interface for remote communication
Optional
Standard
INPUTS
4U, 32I
BATTERY
+/-
MEASUREMENT
U,I,P,Q PF,cos,THD Wh,varh
SAMPLING
FLASH
6,4kHz 512MB
USB
HARMONICS
WIFI
RS485
MODBUS
STANDARDS
INPUTS
INPUTS
INPUTS
64
EN 50160
2×DIGI 1×4÷20mA Pt100
57
NEMO 332
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Ordering options
NEMO 332 - 1 A W N
Instrument Type
NEMO 332 = Portable Network Monitor
Current Inputs
1 = 1 input for SPQ-I current probe (up to 4 currents)
2 = 2 inputs for SPQ-I current probes (up to 8 currents)
4 = 4 inputs for SPQ-I current probes (up to 1 currents)
8 = 8 inputs for SPQ-I current probes (up to 32 currents)
Analog Inputs
N = Without inputs
A = O(4) - 2O mA current loop input, 2 logical inputs
T = Input for temperature sensor, 2 logical inputs
Remote Communication Interface
N = Without communication interface
W = Wi-Fi with integrated antenna
X = Wi-Fi, SMA-M connector for external antenna
4 = RS-485
Wireless Communication Interface 2
N = Without communication interface
Current sensor options
SPQ - I3OOO - 4 JRF1
Current Probe Type
SPQ - Probe for NEMO class instruments
Current Ranges
I1OOOO = Inom 1OOOOA/3OOOA/1OOOA/3OOA
I3OOO = Inom 3OOOA/1OOOA/3OOA/1OOA
I1OOO = Inom 1OOOA/3OOA/1OOA/3OA
I3OO = Inom 3OOA/1OOA/3OA/1OA
Number of Current Sensors
3 = Three sensors
4 = Four sensors
Current Sensor Type
JRF1 = Rogowski coil (Ø12mm), latch lock, length 4Ocm (Ø12,7cm)
JRF2 = Rogowski coil (Ø12mm), latch lock, length 6Ocm (Ø19,1cm)
JRF3 = Rogowski coil (Ø12mm), latch lock, length 1OOcm (Ø32,Ocm)
MFCO = Rogowski coil (Ø8,3mm), bayonet lock, length 25cm (Ø8,Ocm)
MFC1 = Rogowski coil (Ø8,3mm), bayonet lock, length 4Ocm (Ø12,7cm)
MFC2 = Rogowski coil (Ø8,3mm), bayonet lock, length 6Ocm (Ø19,1cm)
MFC3 = Rogowski coil (Ø8,3mm), bayonet lock, length 1OOcm (Ø32,Ocm)
SPQ - I25O - 4 JCLA
Current Probe Type
SPQ - Probe for NEMO class instruments
Current Ranges
I25O = Inom 25OA/5OA/1OA/2A
Number of Current Sensors
3 = Three sensors
4 = Four sensors
Current Sensor Type
JCLA = Clamp-on CT, max. conductor Ø13mm
59
NEMO 332
Typical connection schema
80~680 VDC
3000
1000
300
100
NEMO 332
85-480V~8 VA
AV1
F6
F7
F8
A1 A2 A3 A4
R
NEMO 332
B W
85-480V~8 VA
L3
L2
N
AV2
F5
MAX 800V RMS, 300V CATIII
L1
N4
AV1
F1
L4
F2
CURRENT PROBES
F3
USB
ON
F4
Ext.
AV2
OFF
AV2
N
F5
F6
F1
F2
F7
F8
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R
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F5
F6
F7
F8
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B W
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L2
N4
L3
L4
F1
F2
CURRENT PROBES
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USB
F4
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ON
OFF
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L1
300
100
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1000
NEMO 332
AV1
L1
B W
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L2
L3
N4
L4
USB
CURRENT PROBES
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F4
Ext.
OFF
Mechanical dimensions
240
NEMO 332
AV2
60
N
F5
F6
F7
F8
A1 A2 A3 A4
R
B W
MAX 800V RMS, 300V CATIII
L2
L3
65
L1
N4
L4
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F2
CURRENT PROBES
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USB
F4
Ext.
ON
OFF
197
85-480V~8 VA
AV1
NEMO 104
NEMO 104
Compact Power Quality Analyser
NEMO 104 is a modular analyser of power quality. In the basic package it is intended for continuous monitoring
of four voltages and currents (in three phase AC networks). The device shares many features and parameters
with its built-in predecessor SMPQ.
Compared to the basic SIMON 341 line of analysers it can additionally evaluate flicker severity indexes, interharmonics and handles voltage measurement fully according to IEC EN 61000-4-30 ed. 2. The power quality
in NEMO 104 is evaluated according to EN 50160. It also records voltage events and other predefined phenomena. Its ultra compact case and IP50 case is making this monitor an ideal choice for measurements in
rough space limited environments.
Key features:
• 4 voltage inputs, 4 current inputs
• ultra compact housing with silicone protectors
• class S power monitoring according to the international standard IEC 61000-4-30, ed. 2.
• power quality evaluation according to EN 50160
• supply voltage separated from measured
• built-in lithium accumulator to cover power outages
• internal memory for archives with capacity of 512 MB
• USB communication interface and optional WiFi interface
Optional
Standard
INPUTS
4U, 4I
MEASUREMENT
+/-
U,I,P,Q PF,cos,THD Wh,varh
HARMONICS
64
BATTERY
SAMPLING
FLASH
6,4kHz 512MB
USB
STANDARDS
EN 50160
WIFI
61
NEMO 104
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NEMO 104
Ordering options
NEMO 1O4 - 1 W
Instrument Type
NEMO 1O4 = Portable Network Monitor
Current Inputs
O = Without input for current probe
1 = 1 input for SPQ-I current probe (up to 4 currents)
Wireless Communication Interface
N = Without communication interface
W = Wi-Fi with integrated antenna
X = Wi-Fi, SMA-M connector for external antenna
Current probe options
SPQ - I3OOO - 4 JRF1
Current Probe Type
SPQ - Probe for NEMO class instruments
Current Ranges
I1OOOO = Inom 1OOOOA/3OOOA/1OOOA/3OOA
I3OOO = Inom 3OOOA/1OOOA/3OOA/1OOA
I1OOO = Inom 1OOOA/3OOA/1OOA/3OA
I3OO = Inom 3OOA/1OOA/3OA/1OA
Number of Current Sensors
3 = Three sensors
4 = Four sensors
Current Sensor Type
JRF1 = Rogowski coil (Ø12mm), latch lock, length 4Ocm (Ø12,7cm)
JRF2 = Rogowski coil (Ø12mm), latch lock, length 6Ocm (Ø19,1cm)
JRF3 = Rogowski coil (Ø12mm), latch lock, length 1OOcm (Ø32,Ocm)
MFCO = Rogowski coil (Ø8,3mm), bayonet lock, length 25cm (Ø8,Ocm)
MFC1 = Rogowski coil (Ø8,3mm), bayonet lock, length 4Ocm (Ø12,7cm)
MFC2 = Rogowski coil (Ø8,3mm), bayonet lock, length 6Ocm (Ø19,1cm)
MFC3 = Rogowski coil (Ø8,3mm), bayonet lock, length 1OOcm (Ø32,Ocm)
SPQ - I25O - 4 JCLA
Current Probe Type
SPQ - Probe for NEMO class instruments
Current Ranges
I25O = Inom 25OA/5OA/1OA/2A
Number of Current Sensors
3 = Three sensors
4 = Four sensors
Current Sensor Type
JCLA = Clamp-on CT, max. conductor Ø13mm
63
NEMO 104
Typical connection schema
AV1
L1
L2
L3
AV2
N
N4
L4
!
85-480V~ 8VA
!
MAX 800VRMS, 600V/CAT.IV
Mechanical dimensions
138
F
NEMO104
R B W
73
A1 A2 A3 A4
USB
ON
AV1
L1
L2
L3
AV2
N
N4
L4
!
64
85-480V~ 8VA
!
MAX 800VRMS, 600V/CAT.IV
58
OFF
NEMO 101
NEMO 101
Single Phase Power Quality Data Logger
NEMO 101 is a modular analyser of power quality. Its
primary purpose is easy measuring, monitoring and data
logging of power quality directly in wall socket. The device shares many features and parameters with its built-in
predecessor SMPQ.
Instrument may be connected directly between power
supply and measured device, Compared to the basic SIMON 341 line of analysers it can additionally evaluate
flicker severity indexes, inter-harmonics and handles voltage measurement fully according to IEC EN 61000-430 ed. 2. The power quality in NEMO 101 is evaluated
according to EN 50160. It also records voltage events
and other predefined phenomena.
Key features:
• 1 voltage and 1 current input, measures according to EN 61000-4-30 ed.2
• ultra compact housing with silicone protectors
• power quality evaluation according to EN 50160
• built-in lithium accumulator to cover power outages
• internal memory for archives with capacity of 512 MB
• USB communication interface and optional WiFi interface
Optional
Standard
INPUTS
1U, 2I
MEASUREMENT
+/-
U,I,P,Q PF,cos,THD Wh,varh
HARMONICS
64
BATTERY
SAMPLING
FLASH
6,4kHz 512MB
USB
STANDARDS
EN 50160
WIFI
65
NEMO 101
Ordering options
NEMO 1O1 - 1 W
Instrument Type
NEMO 1O1 = Portable Network Monitor, 1-phase, wall socket
Current Inputs
O = Without current measurement
1 = 2 currents In and I1 through wall socket adapter
Wireless Communication Interface
N = Without communication interface
W = Wi-Fi with integrated antenna
X = Wi-Fi, SMA-M connector for external antenna
Typical connection schema
L
N
S16A
NEMO101
A1 A2 A3 A4
R B W
ON
OFF
Mechanical dimensions
138
NEMO101
R B W
USB
73
A1 A2 A3 A4
ON
58
OFF
66
Optional Accessories
Portable instruments accessories
Option X/333mV
Instruments with this option features 333mV AC input for measuring current using special current transformers. This special input supports various flexible rogowski coil current transformers as well as other kind of
transformers with 333mV AC output such as split-core CTs or clamps.
Supported instruments: SMY 133, SML 133, SMY - CA
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67
Optional Accessories
SPQ-I intelligent current probes
Digitally calibrated intelligent current probe with four current ranges. Suitable for measurements from mA
(clamp-on CTs) up to 10kA (rogowski coils). Range is set through software during configuration before measurement. Produced with 3 or 4 rogowski coil sensors or clamp-on CTs.
Supported instruments: NEMO 104, NEMO 332
SPQ - I3OOO - 4 JRF1
Current Probe Type
SPQ - Probe for NEMO class instruments
Current Ranges
I1OOOO = Inom 1OOOOA/3OOOA/1OOOA/3OOA
I3OOO = Inom 3OOOA/1OOOA/3OOA/1OOA
I1OOO = Inom 1OOOA/3OOA/1OOA/3OA
I3OO = Inom 3OOA/1OOA/3OA/1OA
Number of Current Sensors
3 = Three sensors
4 = Four sensors
Current Sensor Type
JRF1 = Rogowski coil (Ø12mm), latch lock, length 4Ocm (Ø12,7cm)
JRF2 = Rogowski coil (Ø12mm), latch lock, length 6Ocm (Ø19,1cm)
JRF3 = Rogowski coil (Ø12mm), latch lock, length 1OOcm (Ø32,Ocm)
MFCO = Rogowski coil (Ø8,3mm), bayonet lock, length 25cm (Ø8,Ocm)
MFC1 = Rogowski coil (Ø8,3mm), bayonet lock, length 4Ocm (Ø12,7cm)
MFC2 = Rogowski coil (Ø8,3mm), bayonet lock, length 6Ocm (Ø19,1cm)
MFC3 = Rogowski coil (Ø8,3mm), bayonet lock, length 1OOcm (Ø32,Ocm)
SPQ - I25O - 4 JCLA
Current Probe Type
SPQ - Probe for NEMO class instruments
Current Ranges
I25O = Inom 25OA/5OA/1OA/2A
Number of Current Sensors
3 = Three sensors
4 = Four sensors
Current Sensor Type
JCLA = Clamp-on CT, max. conductor Ø13mm
68
Overview of Power Factor Controllers
Power Factor Controllers
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Development and production of NOVAR power factor controllers is one of company’s most important activities.
In the following overview the devices for fully automated and optimal compensation of reactive power are
presented. Portfolio includes classic power factor controllers operation with electromechanical contactors as
well as components for fast compensation systems - fast power factor controller and thyristor switching blocks.
PFC’s are produced in three different housings. Typical enclosure type is panel mountable housing. It can
be equipped with an optional communication line1 and monitored in ENVIS application. For less demanding
applications we designed compact line of PFC’s (NOVAR 1006/1007/1006D/1007D) in 96x96 panel housing
and for DIN35-rail.
NOVAR 11xx/12xx with “/S400” option can be used at isolated networks (without neutral wire). It has
increased maximum power supply voltage up to 500 V, both AC and DC and the common contacts of relays
are isolated and connected to additional terminals.
1 Please consider using this feature for all new designs where possible as the software alerts are much faster reaction to any problem
with the compensation then the billing system of a customer. The communication and control feature leads to significant cost savings
during operation of the cabinet.
69
Features of NOVAR PF Controllers
Measurement Principles
• high current and power factor measurement accuracy are achieved by utilizing precise converter and
digital signal processing using a microprocessor and FFT algorithm
• precise measurement and control functions even under conditions of voltage or current waveform distortion by higher harmonic components
• evaluation of total harmonic distortion (THD) level by up to the nineteenth harmonic component
• evaluation of current harmonic load of capacitors
Control Principles
• governor’s speed of response independently programmable for conditions of under-compensation and
overcompensation, respectively
• adjustable control range to reduce the number of control interventions in systems with a wide control
range at high loads
• mains decompensation option
• two-rate operation controlled by energy flow direction
• any output can be set as fixed, heating, cooling or alarm can also be controlled via relays
Automatic Connection Detection
• any combination of measuring voltage and current
• automatic detection of connection and compensation systems, nominal voltage on governor setup
Automatic Control Section Recognition
• when switching it on, the governor automatically recognizes the sections power ratings
• it is possible to connect any combination of the control sections
Specifying Section Value, Disabling Faulty Sections
• continuous specification of section value recognized in the control process
• continuous checking of control sections in the control process and in case of repeated failure detection,
temporary disablement of the faulty section and possibly concurrent alarm actuation
• periodic recheck of the temporarily disabled sections in five days and on positive test results (for example
when replacing a section’s burnt fuse link), enabling them again
Programmable Alarm
independently settable alarm’s warning and actuation functions
70
NOVAR 2600
NOVAR 2600
Three Phase PFC and Data Logger
The NOVAR 2600 is the first model of the innovated new
PFC line. These controllers are based on precise and
powerful three-phase measurement and combine multifunctional panel meter and power quality analyser with
power factor control functionality in the same box. The
built-in meter can be optionally equipped with memory for
data logging of measured quantities and various events in
the network. The instrument can be used for long time
network data recording. For on-line monitoring, the controllers can be provided with remote communication interface.
Key features:
• up to 18 output sections, relay or solid-state
• measures and controls power factor and other quantities in each line separately
• supports both low and high voltage applications (direct or VT and CT connection)
• unlimited support for single-, two- and three-phase capacitors and chokes
• combined mains compensation & decompensation capability
• optional 512 MB of internal memory for data logging
• embedded four quadrant active and reactive energy meter class 0.5S and data logger
Standard
MEASUREMENT
3U, 3I
Optional
OUTPUTS
18×RELAY
AUTOMATIC
SETUP
+/-
MEASUREMENT
U,I,P,Q PF,cos,THD Wh,varh
CAPACITORS
CHOKES
1p,2p,3p 1p,2p,3p
CAPACITORS
PROTECT
SENSITIVITY
5mA
POWER
HARMONICS
IMPORT
EXPORT
50
ALARMS
SUPPLY
AC
ETH
WEBSERVER
USB
RS485
MODBUS
FLASH
INPUTS
INPUTS
DC
SEPARATE
SAMPLING
6,4kHz
THERMOMETER
512MB
2nd RATE Pt100
71
NOVAR 2600
Ordering Options
NOVAR 26OO R18 H L U 4T
Instrument class
NOVAR 26OO = 3-ph automatic PF controller, 144×144mm, LCD
Outputs
RO9 = 9 relay outputs
R16 = 16 relay outputs + 1 digital input
R18 = 18 relay outputs
T7R9 = 7 transistor and 9 relay outputs + 1 digital input
T9R9 = 9 transistor and 9 relay outputs
T16 = 16 transistor outputs + 1 digital input
T18 = 18 transistor outputs
Relay Voltage Rating
N = max. 25O VAC
H = max. 4OO VAC / 22O VDC
Data logging
N = max. & min. values registering, electricity meter readout
L = programable datalogging, 512MB of internal memory
Local communication interface
N = without local communication
U = USB communication interface
Remote communication interface and ext. thermometer input
N = without remote comm. & external thermometer input
4 = RS-485
44 = RS-485 + RS-485
4T = RS-485 + Pt1OO external thermometer input
E = Ethernet 1OBaseT
E4 = Ethernet 1OBaseT + RS-485
ET = Ethernet 1OBaseT + Pt1OO external thermometer input
Typical connection schema
C10
C1
k
L1
l
k
L2
l
k
L3
l
N
PE
Mechanical dimensions
144
72
THREE PHASE
POWER FACTOR CONTROLLER
136
144
2600
59
C18
NOVAR 2400
NOVAR 2400
Three Phase PFC and Multimeter
NOVAR 2400 represents basic type of a new product line
of three phase APFCR with advanced functions and parameters. All important control and compensation information is available in real time on its screen.
This controller includes complete digital power monitor
and precise four-quadrant electricity meter. It is fully
automatic and it has a simple installation. Up to 18 relay
outputs can control combinations of 1-, 2- and 3-phase
steps with booth capacitors and chokes.
Optional remote communication offers RS-485 or Ethernet. These interfaces allows the controller to be fully supervised and managed from remote ENVIS application or
any ModBus enabled SCADA system.
Typical applications: power factor correction in three
phase unbalanced networks, to compensate frequent load
changes (18 steps) also in single phase applications
Key features:
• up to 18 output sections, relay or solid-state
• measures and controls power factor and other quantities in each line separately
• unlimited support for single-, two- and three-phase capacitors and reactors
• combined mains compensation & decompensation capability (supports booth capacitors and reactors)
• RS-485 and Ethernet communication options
• embedded four quadrant electricity meter with TOU and power meter (class 0.5)
Optional
Standard
MEASUREMENT
3U, 3I
18×RELAY
MEASUREMENT
SUPPLY
AC
OUTPUTS
DC
SEPARATE
AUTOMATIC
SETUP
CAPACITORS
PROTECT
+/-
U,I,P,Q PF,cos,THD Wh,varh
SENSITIVITY
5mA
ALARMS
CAPACITORS
CHOKES
ETH
WEBSERVER
2nd RATE
1p,2p,3p 1p,2p,3p
POWER
HARMONICS
IMPORT
EXPORT
50
SAMPLING
6,4kHz
THERMOMETER
INPUTS
RS485
MODBUS
73
NOVAR 2400
Ordering Options
NOVAR 24OO R18 E
Instrument class
NOVAR 24OO = Automatic power factor controller
Outputs
RO9 = 9 relay outputs
R16 = 16 relay outputs + 1 digital input
R18 = 18 relay outputs
T7R9 = 7 transistor and 9 relay outputs + 1 digital input
T9R9 = 9 transistor and 9 relay outputs
T16 = 16 transistor outputs + 1 digital input
T18 = 18 transistor outputs
Remote communication interface
N = without remote communication
4 = RS-485
E = Ethernet 1OBaseT
Typical connection schema
C1
k
L1
l
k
L2
l
k
L3
C10
l
N
PE
Mechanical dimensions
144
THREE PHASE
POWER FACTOR CONTROLLER
144
136
2618
NOVAR 2400
62
P
74
M
C18
NOVAR 2200
NOVAR 2200
Advanced Power Factor Controller
NOVAR 2200 represents our new line of single phase
APFCR with advanced functions and parameters. All important control and compensation information is available
in real time on its screen.
This controller builds on success of its predcessor of series of NOVAR 11xx and NOVAR 12xx. It contains advanced measurement principles and provides large scale
of measured quantities. It is fully automatic and it has a
simple installation. Up to 18 relay outputs can control combinations of 3-phase capacitors and chokes.
Optional remote communication offers RS-485 or Ethernet. These interfaces allows the controller to be fully supervised and managed from remote ENVIS application or
any ModBus enabled SCADA system.
Typical applications: power factor correction in three
phase networks, to compensate frequent load changes
(18 steps)
Key features:
• up to 18 output sections, relay or solid-state
• measures and controls power factor and other quantities
• supports three-phase capacitors and reactors
• combined mains compensation & decompensation capability (supports booth capacitors and reactors)
• RS-485 and Ethernet communication options
• embedded electricity meter
Optional
Standard
MEASUREMENT
1U, 1I
18×RELAY
MEASUREMENT
SUPPLY
AC
OUTPUTS
DC
SEPARATE
AUTOMATIC
SETUP
CAPACITORS
PROTECT
+/-
U,I,P,Q PF,cos,THD Wh,varh
SENSITIVITY
5mA
ALARMS
CAPACITORS
3p
POWER
HARMONICS
IMPORT
EXPORT
50
SAMPLING
6,4kHz
CHOKES
ETH
WEBSERVER
2nd RATE
3p
THERMOMETER
INPUTS
RS485
MODBUS
75
NOVAR 2200
Ordering Options
NOVAR 22OO RO9 E
Instrument class
NOVAR 22OO = Automatic power factor controller, 1U, 1I, 144x144
Outputs
RO9 = 9 relay outputs
R16 = 16 relay outputs + 1 digital input
R18 = 18 relay outputs
T7R9 = 7 transistor and 9 relay outputs + 1 digital input
T9R9 = 9 transistor and 9 relay outputs
T16 = 16 transistor outputs + 1 digital input
T18 = 18 transistor outputs
Remote communication interface
N = without remote communication
4 = RS-485
E = Ethernet 1OBaseT
Typical connection schema
C1
k
L1
C10
l
L2
L3
N
PE
Mechanical dimensions
144
POWER FACTOR CONTROLLER
144
136
2618
NOVAR 2200
62
P
76
M
C18
NOVAR 1106/1114 & 1206/1214
NOVAR 1106/1114
NOVAR 1206/1214
NOVAR 11 and 12 reactive power controllers are fully automatic instruments that allow optimum control of reactive
power compensation. They take their design concepts
from the NOVAR 1xx/2xx line of instruments, bringing up a
number of improvements and new features while keeping
the way of operation.
The instruments features precise voltage and current
measurement circuits, and the digital processing of values
measured provides high evaluation accuracy of both true
root–mean–square values of voltage, current and power
factor values. The built-in temperature sensor measures
the temperature inside the distribution board cabinet.
The instrument’s installation is fully automatic. The controller automatically detects both the connection configuration and the value of each compensation section connected. Entering these parameters manually is also possible.
Key features:
• up to 14 outputs (1114/1214) and 1 alarm relay
• current measurement sensitivity 2 mA
• optional RS485 or Ethernet remote communication interface
• input for 2nd tariff (1206/1214)
• optional supply voltage up to 500 V (/S400 models)
• separated common pole of relays on additional terminals (/S400 models)
Standard (NOVAR 11xx)
MEASUREMENT
1U, 1I
CAPACITORS
3p
OUTPUTS
14×RELAY
CHOKES
3p
AUTOMATIC
SETUP
(NOVAR 12xx)
CAPACITORS
PROTECT
MEASUREMENT
U,I,P,Q PF,cos,THD
SENSITIVITY
2mA
ALARMS
SPECIAL RELAY
POWER
HARMONICS
IMPORT
EXPORT
19
THERMOMETER
Optional
ETH
INPUTS
MODBUS
2nd RATE
RS485
SUPPLY
AC
DC
SEPARATE
77
NOVAR 1106/1114 & 1206/1214
Ordering Options
NOVAR 1214
Instrument Class
NOVAR = Automatic power factor controller
NOVAR model
11 = common terminal for meas. and supply voltage
12 = separated terminals for meas. and supply voltage
Outputs
O6 = 6 relay outputs + 1 alarm relay
14 = 14 relay outputs + 1 alarm relay
Supply voltage
_____ = Supply voltage up to 275V
/S4OO = Supply voltage up to 5OOV, relays common pole separated
Remote
_ =
4 =
E =
E
Communication Interface
Without remote communication interface
RS-485
Ethernet
Typical connection schema
KMB systems, s.r.o.
Dr. M. Horákové 559, 460 06 Liberec
CZECHIA
URL: http://www.kmb.cz
NOVAR 1106 1114 / 485
/
/
Serial / vers.:
Product. date :
100 ÷ 275 VAC, 7VA, 43 ÷ 67 Hz
U
IP 4X Made in Czech Republic
1
2
3
4
5
6
7
8
9
10
C1
C14
C1
11 12 13 14
.../100V
VT
Rx Tx GND
RS 232/485
TR A B GND
SUPPLY
L1
LOAD
k
l
L1
L2
L2
L3
L3
k
l
L
O
A
D
N
PE
Mechanical dimensions
144
59
78
136
144
xxx
NOVAR 1005/1007 & 1005D/1007D
NOVAR 1005/1007
NOVAR 1005D/1007D
NOVAR 1005 and NOVAR 1007 power factor controllers
are enhanced successors of very popular compact NOVAR 5 controller. These models are primarily intended
for smaller and less demanding applications with budgetary constraints. The current sensitivity was increased
in this innovated line. The NOVAR 1005 controller if fully
backward compatible with the NOVAR 5 model (terminal,
wiring). Furthermore, the NOVAR 1007 has 8 output relays.
Both models are produced in two different housings. Standard model is determined for panel mounting. Models
marked with D, such as NOVAR 1005D or NOVAR 1007D
features different housing which is determined for DIN-rail installation.
Key features:
• compact 96 x 96 mm panel footprint (NOVAR 1005/1007)
• DIN-rail mountable box (NOVAR 1005D/1007D)
• 6 (NOVAR 1005) or 8 (NOVAR 1007) control outputs
• current measurement sensitivity 0.02 A
• aimed for smaller less demanding applications
• features Automatic Control Section Recognition
• independent alarm warnings
• precise measurement and control even under conditions of voltage or current waveform distortion
Standard
MEASUREMENT
1U, 1I
ALARMS
OUTPUTS
7×RELAY
AUTOMATIC
SETUP
MEASUREMENT
U,I,P,Q PF,cos,THD
CAPACITORS
PROTECT
SENSITIVITY
20mA
POWER
HARMONICS
IMPORT
EXPORT
19
CAPACITORS
CHOKES
1p,2p,3p 1p,2p,3p
THERMOMETER
79
NOVAR 1005/1007 & 1005D/1007D
Ordering Options
NOVAR 1OO5D
Instrument Class
NOVAR = Automatic power factor controller
NOVAR model
1O = compact, common terminal for meas. and supply voltage
Outputs
O5 = 6 relay outputs
O7 = 8 relay outputs
Construction design
_ = panel mounted, 96×96mm
D = DIN-rail mounted, 6 modul width
Typical connection schema
NOVAR 1005 1007
U~ 80÷275VAC,43÷67Hz
Příkon 5 VA
C1
C8
C1
C8
RC R1 R2 R3 R4 R5 R6 R7 R8
xx
NOVAR 1005
(7) (8)
(1007)
Ik Il
L1
k
l
k
L1
L
N
l
L2
L2
L3
L3
N
N
PE
PE
Mechanical dimensions
106
60.6
58
21.5
10
xx
45
62
90
99.8
xx
NOVAR 1005
30.3
80
NOVAR 1414
NOVAR 1414
PFC with Three Phase Measurement
NOVAR 1414 is based on NOVAR 1214 and shares most
of it’s features but despite of other models, this controller
model has three current measurement inputs and one
voltage measurement input. It is capable to measure
load in each of three phases separately and then evaluates three-phase power factor from measured values from
each phase for the control. Therefore, it is suitable especially for applications with great or variable load unbalance.
It features one voltage measurement input and expects
that amplitude of other two is the same. It evaluates PF in
each phase from measured currents and then three-phase
PF which is used for operation. Three-phase capacitors
and reactors are used for power factor correction.
Key features:
• measures power factor in each line separately
• improves three phase PFC for unbalanced loads
• 14 independent compensation section + alarm relay
• fully automatic control section recognition
• embedded temperature sensor and relay for temperature control
• standard case for 144 x 144 mm cut-out
• 2 mA current sensitivity
• optional RS-485 or Ethernet communication interface
Standard
MEASUREMENT
1U, 3I
CAPACITORS
3p
Optional
OUTPUTS
14×RELAY
CHOKES
3p
AUTOMATIC
SETUP
CAPACITORS
PROTECT
MEASUREMENT
U,I,P,Q PF,cos,THD
SENSITIVITY
2mA
ALARMS
THERMOMETER
AC
SPECIAL RELAY
POWER
HARMONICS
IMPORT
EXPORT
19
ETH
SUPPLY
DC
SEPARATE
INPUTS
RS485
2nd RATE
81
NOVAR 1414
Ordering Options
Instrument Class
NOVAR = Automatic power factor controller
NOVAR model
14 = 3-phase, panel 144×144mm
Outputs
14 = 14 relay outputs + 1 alarm relay
Remote Communication Interface
_ = Without remote communication interface
4 = RS-485
E = Ethernet
NOVAR 1414 E
Typical connection schema
KMB systems, s.r.o.
Dr. M. Horákové 559, 460 06 Liberec
CZECHIA
URL: http://www.kmb.cz
~
Made in Czech Republic
1
2
3
4
5
6
7
8
9
10
C1
11 12 13 14
ALARM
5 6
7
9
11 12
2. TARIF
5A
(1A)
L1
L2
L3
N
PE
Mechanical dimensions
144
59
82
136
144
xxx
NOVAR 1312
NOVAR 1312
Real-time Power Factor Controller
NOVAR 1312 power controllers are designed for dynamic
compensation systems. These are typically systems with
rapid changes in reactive power (elevators, welding machines etc.). Other typical application is a system with
strict requirements on power quality and EMC. The controller has fast transistor outputs to control dedicated
switching modules. Its processor and algorithm allows up
to 25 control interventions in one second. Together with
KATKA thyristor switching modules it provides perfect control of fast PFC cabinet.
The controller also supports combined system by combining both KATKA thyristor switching modules and classical
electromechanical contactors. Optional RS-485 or Ethernet communication port allows to monitor all measurement
values and set instrument‘s parameters using a remote
PC.
NOVAR 1312-3 is a special modification. It provides 3 independent current inputs and measures sum of all three phase current signals instead of 1. Therefore, it
allows fast compensation according to a more precise three-phase power factor.
Typical applications: real time compensation, thyristor switched capacitors (TSC), combined compensation
systems with fast thyristor modules and classic mechanical relays.
Key features:
• up to 25 control intervention per second
• 12 transistor switched outputs and 2 conventional relay outputs + alarm
• current measurement sensitivity 2 mA
• compatible with KATKA Thyristor Switching Modules
• allows combined compensation systems for both thyristor switching modules and contactors
• optional RS485 or Ethernet remote communication interface
Standard
MEASUREMENT
1U, 1I
CAPACITORS
3p
Optional
OUTPUTS
OUTPUTS
12×SSR 2×RELAY
CHOKES
3p
AUTOMATIC
SETUP
MEASUREMENT
U,I,P,Q PF,cos,THD
CAPACITORS
PROTECT
SENSITIVITY
2mA
POWER
HARMONICS
IMPORT
EXPORT
19
ALARMS
AC
SPECIAL RELAY
INPUTS
ETH
SUPPLY
MODBUS
DC
SEPARATE
THERMOMETER
RS485
2nd RATE
83
NOVAR 1312
Ordering Options
NOVAR 1312
Instrument Class
NOVAR = Automatic power factor controller
NOVAR model
13 = Real time (fast) power factor controller
Outputs
12 = 12 transistor outputs, 2 relay outputs + 1 alarm relay
Current inputs
__ = 1 input for CT
-3 = 3 inputs for CT, three phase PFC
Remote
_ =
4 =
E =
Communication Interface
Without remote communication interface
RS-485 (KMB short communication protocol only)
Ethernet (KMB short communication protocol only)
Typical connection schema
KMB systems, s.r.o.
Dr. M. Horákové 559, 460 06 Liberec
CZECHIA
URL: http://www.kmb.cz
NOVAR 1312 / 232 485
~
Made in Czech Republic
C12
a b c
C1
a b c
Thyristor sections
5 6
7
9
11 12
2. TARIF
L1
k
l
L
O
A
D
L2
L3
N
PE
Mechanical dimensions
144
59
84
136
144
xxx
E
KATKA 20 and KATKA 80
KATKA 20 & KATKA 80
Thyristor switching modules
KATKA line of the thyristor switching (SSR) modules have been designed especially for switching power factor correction capacitors
(TSC, thyristor switched capacitor) in real time reactive power compensation systems in cooperation with our fast power factor controller
NOVAR 1312. KATKA is a solid state relay which can be also used
in other applications for contact-less load switching with low EMC
impact. In RT-APFC applications it handles up to 25 control interventions in one second.
Key features:
• for switching capacitors during fast PFC
• with passive cooling KATKA 20T, ST up to 26 kvar and KATKA 20D up to 20 kvar
• with active cooling KATKA 80T, ST up to 80 kvar and KATKA 80D up to 60 kvar
• two-phase (D), three-phase (T) and three-phase with individual phase switching (ST)
• thermal protection (KATKA 80T, 80ST and 80D)
• works with real-time PFC NOVAR 1312 a 1312-3
Ordering options
KATKA 8OT 4OO
Instrument Class
KATKA = Thyristor switching module
Construction and power
2O = passive cooling, up to 22A (T, ST)/up to 29A(D)
8O = active cooling, up to 67A (T, ST)/up to 87A(D)
Switching method
D = two-phase, two thyristors
T = three-phase, three thyristors
ST = individual switching of each phase, three thyristors
System Voltage
4OO = 4OO/23OV up to 44O/25OV
69O = 69O/4OOV (available only for option T and ST)
85
KATKA 20 and KATKA 80
Technical specification
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Mechanical dimensions
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Control
L1 L2 L3
120
178
KATKA 20 T
192
Power
L1 C1 L2 C2 L3 C3
4x ø 6,5
90
122
Power
Control
L1 L2
L3
245
231
KATKA 80 T
90
122
86
157
L1 C1 L2 C2 L3 C3
4x ø 6,5
ENVIS Application for NOVAR Power Factor Controllers
ENVIS Application for NOVAR PFC
2618
THREE PHASE
POWER FACTOR CONTROLLER
MODEM
RX
LINK
TX
KM GPRS 101
GPRS modem
GPR
S
RM
ALA
1114
REPORT
RS-485
2618
NOVAR 2418
THREE PHASE
POWER FACTOR CONTROLLER
P
ET
ERN
ETH
EMA
IL
ON
LI
NE
M
MO
NI
T
OR
IN
G
@
Key features:
• supported by any panel mounted 144×144 mm NOVAR PFC
• broad range of communication interfaces like USB, RS-485, Ethernet, GPRS with KMGPRS 101
• online monitoring over power factor correction
• alarms and warning during abnormal behavior
• you will learn from display of your PC, on time, about issue with your PFC and not from invoice received
from utility
Figure 1: Record of power factor correction trend of NOVAR 2618 in ENVIS software
87
KATKA 20 and KATKA 80
Distribution of Power Factor Correction components
We are not only developing and manufacturing measuring instruments and power factor controllers. We are
supplementing mainly our line of PFC NOVAR for other components necessary for power factor correction.
Our portfolio contains detuned filter reactors, isolation transformers, shunt reactors, PFC capacitors, PFC
contactors etc.
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88
AFR 31
AFR 31
Smart Load to Reduce VT Ferroresonance
The AFR 31 Smart Load is an instrument designed to protect metering voltage transformers against adverse effects
of ferroresonance in medium voltage power distribution
systems with ungrounded or indirectly grounded neutral
wire. Ferroresonance comes up between transformer inductance and conductors’ or switching elements’ capacitance. Connecting, disconnecting, ground faults or other
transitional effects may be the trigger events. Ferroresonance oscillations cause significant over-voltage and current surges as a result of transformer magnetic circuit saturation. This most often leads to metering transformer
destruction. AFR 31 Smart Load acts as metering voltage transformer protection against such effects. Unlike
other methods, it is purposely enabled only when ferroresonance occurs, being passive in common operation or with
asymmetric loads. Magnitude of trigger voltage can be adjusted to 20, 25 or 30 volts. For selectivity with ground connection protection devices an activation time delay
circuit (4 seconds as default) is used. This is suitable at installations where a voltage transformer is used not
only for measuring but as power supply for protection devices too (ground connection detection, automatic
reconnection circuits etc.).
Key features:
• protects instrument transformers against effects of ferroresonance
• instrument transformer is loaded only when ferroresonance is present
• simple installation
• automatic operation without any configuration
• applicable for 3 phase open-delta connected VTs
89
AFR 31
Typical connection schema
L1
L2
A
a
n
N
A
da dn
a
L3
n
Protection
Measurement
N
A
da dn
a
AFR 31
N
n
da dn
ferroresonance ballast
activity
da dn
Mechanical dimensions
69
AFR 31
86
53
ferroresonance ballast
activity
da dn
90
AFR 111 and 131
AFR 111 and 131
Advanced Smart Load to Reduce
VT Ferroresonance
AFR 1xx smart load is an instrument designed to monitor
and protect measuring voltage transformers (VT) against
the potentially harmful effects of ferroresonance in a high
voltage distribution network. Ferroresonance occurs between the inductance of the transformer and the capacitance of the MV lines or switching equipments. Ferroresonance can be initialized by switching, disconnection, ground connections or by other transient events.
During the ferroresonance a significant over-voltage and
concurrent current peaks can occur due to the saturation
of the magnetic circuit of the VT. This often leads to a fatal
destruction of the VT. AFR 1xx acts as a protection of the
VT against the unwanted effects of such events.
In comparison with other protection methods AFR 1xx
is only selectively activated during the occurrence of ferroresonance and stays inactive during the normal operation. AFR 11x is intended for alone operated VTs, i.e. for
single phase measuring, V connection measuring or for
one pole power feeders. Whereas, the variant AFR 13x
is intended for connection into open delta of auxiliary secondary windings of three VTs.
Key features:
• protects instrument transformers against effects of ferroresonance
• optional memory for events recording
• optional auxiliary power supply
• applicable for 1 pole VTs (AFR 111) and for 3 phase open-delta connected VTs (AFR 131)
• optional RS-485 communication interface with MODBUS support
91
AFR 111 and 131
Ordering options
AFR 131 V L 1OO/V3
Instrument Class
AFR 1 = Smart load to reduce ferroresonance
Connection of protected VT
11 = 1 pole VT, V connection (2 AFRs)
31 = 3 phase measuring with open delta secondary
Auxiliary supply
N = supply from protected VT
V = separate 1O ÷ 265 VAC, 1O ÷ 265 VDC
Accessories
N = no extension
L = memory for events, RS-485 communication interface
Nominal voltage
1OO = Nominal secondary voltage of VT Un = 1OO VAC
11O = Nominal secondary voltage of VT Un = 11O VAC
12O = Nominal secondary voltage of VT Un = 12O VAC
1OO/V3 = Nominal secondary voltage of VT Un = 1OO/√3 VAC
11O/V3 = Nominal secondary voltage of VT Un = 11O/√3 VAC
12O/V3 = Nominal secondary voltage of VT Un = 12O/√3 VAC
Other voltages on request.
Typical connection schema
AFR 111 N N
a
V
B
b
A
a
L1
F
U> ...
a
A
a
A
a
a
n
da dn
A
a
N
n
da
U>
da dn
N
n
da dn
a
N
n
da dn
A
a
N
n
da
U>
da dn
F
U> ...
A
B
G
L1
L2
A
a
N
n
da dn
a
N
n
da dn
A
a
N
n
da
U>
da dn
F
A
B
G
dn
F
U> ...
b
A
B
G
p1
p2
L2
L1
A
RS485
a
a
N
n
da dn
a
AFR 131 V L
L3
A
N
n
da dn
A
a
N
n
da
U>
da dn
dn
Mechanical dimensions
91
81
85
127
72
92
p1
p2
AFR 131 N L
L3
A
b
b
F
dn
RS485
a
V
F
AFR 131 V N
L3
A
p1
p2
AFR 111 V L
B
a
N
L2
A
F
U> ...
b
V
b
da dn
L1
AFR 111 N L
B
n
AFR 131 N N
L3
A
dn
a
V
b
N
b
AFR 111 V N
B
L2
A
RS485
a
40
F
A
B
G
p1
p2
RS485
A
ENVIS Software Suite
ENVIS Software Suite
Energy Management and PQ Evaluation Tool
ENVIS software is a framework for evaluation and supervision of power quality monitoring and energy efficiency data
records. It retrieves, stores and serves the measured information from supported instruments and analysers. ENVIS
is a basic tool for configuration, management and data acquisition for our instruments. The software also provides
on-line presentation of the actual device status and allows
for simple and comfortable visualization and analysis of the
archived historical data.
Key audience:
• energy billing and accounting personnel
• Smart building operators
• advanced facility management
• power quality technicians
• maintenance crew
Main Functions and Features:
• Data acquisition and storage in binary files or SQL server
• Online visualization of actual values, trends, input states, transients, energies....
• Analysis of records - charts, statistics, exports (PDF, XML, ...).
• Evaluation of power quality according to EN 50160.
• Analysis of energy consumption, energy profiles...
• Simple manual or automated reporting on recorded data.
• Support for many different measuring and control devices.
93
Software Solutions
Content of ENVIS Application Suite
The installation package contains complete tool set for monitoring of energy efficiency, power quality and other
related parameters. The tools for basic device management and data evaluation are available free of charge
and can be downloaded from http://www.kmb.cz/.
ENVIS application is the key SCADA and data analysis tool for administration and evaluation of the archived
data – this program visualizes trends, exports/imports and archives data, generates custom reports etc. ENVIS version 1.1+ supports all our recent instruments with communication or memory options such as: power
factor controllers NOVAR, built-in power meters and analysers - PA, SMM, SML, SMN, SMC, SMV, SMP,
SMPQ, SMY, portable analysers NEMO and several 3-rd party instruments.
ENVIS.Daq (Data Acquisition) for instrument handling. Daq provides features for remote device configuration/programming, archive acquisition (download records) and saves it to various formats. This tool can be
run as a standalone Windows application or initiated directly from ENVIS application. Meters can be managed
over a broad range of communication lines such as RS485, USB, Ethernet, WiFi or GPRS.
ENVIS.Online is a system service for standalone data retrieval. As such it needs no human interaction to
perform pre-configured periodical tasks. It supports memory-less panel instruments as well as various 3-rd
party electricity meters and smart meters, NOVAR power factor controllers and also the built-in analysers.
ENVIS.Online can download data periodically, check the status of instrument, generate reports automatically
and distribute various preset alarms vie e-mail, SNMP, SMS or directly to desktop.
94
ENVIS Software Suite
ENVIS application manages archive
of energy consumption data and
power quality data. Sources for
this data warehouse are measuring instruments, power quality analysers, energy meters (also some
3rd party ModBus and M-Bus meters) and power factor controllers
manufactured by KMB systems. A
destination is typically SQL server
database or binary file.
ENVIS is also a data analysis tool
- in the sample figure some of the
features for analysis can be seen namely the visualized consumption
profile, trends for various quantities, a specific power quality report analysis and a detail of single recorded
voltage event.
ENVIS is also a SCADA application for specific instruments - the ENVIS.Online system service is a reliable and transparent tool to handle instruments
connected to your PC. It manages periodical downloads of the instrument. Also it monitors actual values of selected quantities or inputs and generate
events/alarms based on the situation. Least but not last
the service periodically generates and distributes reports, analysis or alerts to given e-mails. ENVIS.Online
monitoring covers single instrument connected to the
PC as well as multiple instruments geographically distributed over different communication networks such as
Ethernet or GSM/GPRS.
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Software Solutions
Flexible plug-in architecture of ENVIS provides foundation for extending
of the functionality of the core application. We have already developed several custom plug-ins. The basic application can be extended with some
features which are only selfdomly required. For specific projects we can
also add special functions.
In the past we have helped the ENVIS users to modify its visual appearance, modified reports, amended the
actual content of the existing reports
or added a completely new reports.
We have supported the only power quality IEEE file format (PQDIF) through plug-in as well. The provided
sample figure (right) shows Graphical plug-in with advanced visual and statistical data analysis functions.
This specific plug-in contains scatter plot features, histogram generation options and similar.
MODBUS RTU
X1
ETHERNET
X2
O-
O+
L3
L4
R
A1 A2
G
B A
COM1
Module Modbus Master is combination of plugins for ENVIS software
G B/1 A/2
COM2 / DI
SMC 144
Power Analyzer
ELEVATORS
ETH
N
L1
L2
l1 k1 l2 k2 l3 k3 l4 k4
X1
X2
O-
O+
L2
L3
L4
R
A1 A2
G
B A
COM1
and selected instruments. By using
this module you can configure the
instrument to read any Modbus reg-
G B/1 A/2
COM2 / DI
PA 144
Power Analyzer
MODBUS MASTER
DATA SERVER
N
X1
X2
O-
O+
L2
L3
L4
R
A1 A2
G
B A
COM1
L1
l1 k1 l2 k2 l3 k3 l4 k4
G B/1 A/2
COM2 / DI
PA 144
Power Analyzer
N
L1
l1 k1 l2 k2 l3 k3 l4 k4
OFFICES
X1
X2
O-
O+
L2
L3
L4
R
A1 A2
G
B A
COM1
G B/1 A/2
COM2 / DI
PA 144
Power Analyzer
N
L1
l1 k1 l2 k2 l3 k3 l4 k4
OFFICES
X1
X2
O-
O+
L2
L3
L4
R
A1 A2
G
B A
COM1
G B/1 A/2
COM2 / DI
PA 144
Power Analyzer
N
L1
l1 k1 l2 k2 l3 k3 l4 k4
PFC
26xx
OFFICES
GAS
HEAT
WATER
THREE PHASE
POWER FACTOR CONTROLLER
isters from any instruments of any
manufacturer connected to it’s RS485 line. Downloaded values are
stored into it’s memory including an
actual timpestamp. Archived readings can be downloaded into a CEA
file or to the SQL database with
ENVIS.Daq or Online. All archived
Modbus readings can be analysed
and visualised in ENVIS - users can
create graphs, tables, reports and
other out of these archive readings. It’s also possible to collect data from electric-, water- and gas-meters,
power factor controlles (we used NOVAR for testing), HVAC, GPS, weather and any other device supporting
Modbus.
Do you think you need to handle obtained data in a special way or to get custom outputs?
Contact our R&D dept. and discus how the plug-in architecture can help you.
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